aircraft modelling (modelling masterclass)
TRANSCRIPT
The essential guide for the serious modellerOSPREY MASTERCLASS
AIRCRAFT MODELLINGBRETT GREEN
A complete guide to building and finishing Hundreds of colour photos Step-by-step instructionsTechniques for the expert Ideas for more creative modelling Create realistic & eye-catching models
© Osprey Publishing • www.ospreypublishing.com
OSPREY MASTERCLASS
Aircraft Modelling
Brett GreenSeries editor Marcus Cowper
© Osprey Publishing • www.ospreypublishing.com
First published in 2010 by Osprey PublishingMidland House, West Way, Botley, Oxford OX2 0PH, UK44-02 23rd St, Suite 219, Long Island City, NY 11101, USAE-mail: [email protected]
© 2010 Osprey Publishing Limited
All rights reserved. Apart from any fair dealing for the purposeof private study, research, criticism or review, as permittedunder the Copyright, Designs and Patents Act, 1988, nopart of this publication may be reproduced, stored in aretrieval system, or transmitted in any form or by anymeans, electronic, electrical, chemical, mechanical, optical,photocopying, recording or otherwise, without the priorwritten permission of the copyright owner. Enquiries shouldbe addressed to the Publishers.
ISBN 978 1 84603 932 4E-book ISBN: 978 1 84603 933 1
Editorial by Ilios Publishing Ltd, Oxford, UK(www.iliospublishing.com)Page layout by Myriam Bell Design, FranceIndex by Alison WorthingtonOriginated by PDQ Media, Bungay, UKPrinted in China through Worldprint Ltd
10 11 12 13 14 10 9 8 7 6 5 4 3 2 1
A CIP catalogue record for this book is available from the BritishLibrary.© Osprey Publishing. Access to this book is not digitallyrestricted. In return, we ask you that you use it for personal, non-commercial purposes only. Please don’t upload this pdf to a peer-to-peer site, email it to everyone you know, or resell it. OspreyPublishing reserves all rights to its digital content and no part ofthese products may be copied, stored in a retrieval system ortransmitted in any form by any means, electronic, mechanical,recording or otherwise (except as permitted here), without thewritten permission of the publisher. Please support our continuingbook publishing programme by using this pdf responsibly.
Editor’s noteUnless otherwsie noted, all images are from theauthor’s collection.
AcknowledgementsI am delighted to be able to present Roy Sutherland’sbeautiful 1/48-scale Spitfire Mk 24 in this new OspreyMasterclass title.Thanks to Mick Evans also, for his very attractivefull-sized resin gunsight and control column modelsin the Messerschmitt Bf 109 chapter.I am very grateful to Eduard, MPM, Tamiya, TailBoom, Afterburner Decals, Red Roo Models andJ.B Wholesalers for the many of the kit, accessoryand decal products used between these covers.Dr Charles E. Metz came through again with someuseful suggestions about references for this project.Rodger Kelly took the wonderful in-action photos ofthe Royal Maces F/A-18 Super Hornets aboard KittyHawk on her last cruise in 2008. Thanks Rodger.And last but certainly not least, thanks to my wifeDebbie and our children, Charlotte and Sebastian,for their continuing indulgence.
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CONTENTS
Introduction 4
Chapter 1 Building a state-of-the-art injection- 6moulded kit straight from the box
Chapter 2 Building a new generation limited-run kit 23
Chapter 3 Working with resin conversions 42
Chapter 4 Improving a simple snap-together kit 55
Chapter 5 Working with large-scale resin kits 75
Chapter 6 Building a current generation long-run injection- 80moulded kit
Chapter 7 Upgrading an older kit with resin cockpit and 90wing fold
Chapter 8 Converting a model kit the old-fashioned way 99
Chapter 9 Kitbashing two mediocre kits for a better result 119
Chapter 10 Improving detail on an accurate injection-moulded 133plastic kit
Chapter 11 Upgrade and conversion using resin and photo-etch 150
Chapter 12 Adding detail to an older kit 174
Chapter 13 Sources and references 187
Index 188
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4
INTRODUCTION
Building scale model aircraft
is an absorbing pastime that
can encompass a broad range of
interests and skills. A proficiently
wrought scale model can evoke
a period in history, or represent
an attractive addition to
the mantelpiece.
Despite competition from
hi-tech leisure pursuits and the
spiralling cost of mainstream
manufacturing, the hobby of scale
aircraft modelling has reached a
pinnacle of variety and quality.
Thanks to new short-run plastic
injection-moulding technologies
and the superiority of resin details,
modellers in the 21st century
can build an impressive replica
of almost any military aircraft
that ever flew.
With the emergence of the
Internet, we have access to
technical and historical resources
that earlier generations could only
dream of. The Internet also puts
us in real-time contact with other
modellers and historians across
the globe. There has never been a
better time to build plastic models.
It would appear that there is a
new modelling sunrise in the east –
both Eastern Europe and Asia.
Eastern Europe, and the Czech
Republic in particular, has long
been a rich source of limited-run
kits and aftermarket accessories for
desirable, rare and esoteric aircraft
subjects. From the years before the
fall of the Iron Curtain, companies
such as MPM and Eduard
produced kits in vacform, resin and
low-pressure injection-moulded
plastic. Back in the 20th century,
most of these kits were pretty
challenging to build and quite basic
in their presentation, leaving the
addition of detail parts up to
the modeller. Today, we are hard
pressed to pick out the products
of these companies from those
of some long-established model
companies from the west. This is a
genuinely new category of plastic
models – no longer the rough
representations of past years.
What this new generation of
limited-run models lacks in terms
of locating pins, they more than
make up for with the provision
of resin and photo-etched detail
parts, high-quality markings and
previously unavailable subjects.
Some proficiency is still required,
but these kits are not beyond
the skill of the moderately
experienced modeller.
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In the last decade, China’s
hobby industry has been
transformed from a producer
of toys to a major modelling force
to be reckoned with. Companies
such as Trumpeter and Hobby Boss
are churning out an unprecedented
number of new releases with an
emphasis on large-scale and
spectacular subjects. This period
is not without its growing pains,
as the Chinese companies in
particular struggle with chronic
accuracy problems and inconsistent
pricing policy. However, these
issues will likely be ironed out
in the coming years.
Meanwhile, the traditional
market leaders such as Tamiya
and Hasegawa continue to raise
the bar for plastic aircraft models.
In particular, Tamiya has recently
released a 1/32-scale Spitfire
Mk IX with a remarkable level of
detail and engineering innovation.
Many commentators claim that this
is the best plastic model aircraft
ever released. We can be sure that
future releases will incorporate
many of the innovations found
in this new Spitfire.
The aftermarket industry moves
ahead in leaps and bounds too.
While companies such as Eduard
and Aires enter a new phase of
almost mass-production with
ambitious release schedules and
remarkable quality, the cottage
industry is also thriving at the
other end of the scale. The best
of both of these categories share a
high level of detail and minimum
preparation for parts that will
greatly enhance or convert your
plastic aircraft models.
This new Masterclass title will
examine all these categories of
kits and accessories, and provide
step-by-step illustrated examples for
getting the most out of your plastic.
We will look at state-of-the-art
plastic kits from Japan built
straight from the box; and we
will take a walk down memory lane
to update a venerable Monogram
kit using some old-fashioned
modelling techniques.
We will build a limited-run
Czech Spitfire Mk Vc, and also
use resin parts to convert Tamiya’s
Spitfire to the same variant. What
is the easiest approach? We’ll
discuss that in Chapters 2 and 3.
These projects are supplemented
with reference photos of the real
thing too, so you can see how
your model should look upon
completion. In total, we present
ten start-to-finish projects to
demonstrate both basic and
advanced modelling techniques.
Brett Green
© Osprey Publishing • www.ospreypublishing.com
Prior to Hasegawa, we have
seen 1/48-scale Zero kits
from Lindberg, Monogram and
Arii/Otaki. Tamiya also released
an A6M5c Zero back in the early
1980s. This featured a
combination of raised and recessed
panel lines and a nicely detailed
cockpit. Tamiya’s older Zero
remains a respectable kit today,
and is still widely available.
It was therefore quite a surprise
in 2008 to hear that Tamiya was
planning a brand new A6M5/5a
Zero in 1/48 scale.
To be perfectly honest, I have
not always been terribly inspired by
Japanese subjects. However, as soon
as I opened the box of Tamiya’s
new Zero, I knew that I was
looking at something special.
TAMIYA’S 1/48-SCALE A6M5/5AZERO IN THE BOXTamiya’s new 1/48-scale
A6M5/5a Zero comprises
115 parts in grey plastic; eight
parts in clear; four standing pilot
figures made up of 21 additional
grey plastic parts; polythene caps;
a self-adhesive canopy masking
sheet and decals for three
marking options.
Moulding quality is perfect.
Surface detail is mainly by way
of very finely recessed panel lines,
with some subtly raised fabric
strips on control surfaces. Selected
rows of subtle rivets are present
along some of the panel lines.
The detail is extraordinary. The
wheel wells are authentically deep
and busy. The engine is made up of
only six parts, but this engineering
simplicity does not compromise
detail. Cooling fin detail is crisp,
and a separate row of pushrods
makes painting a breeze.
The cockpit is the best I have
seen in a 1/48-scale plastic kit.
The seat is realistically thin and
lightening holes are all present and
correct. Sidewall detail is deep and
accurate, with the various quadrants
and boxes added from separate parts.
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BUILDING A STATE-OF-THE-ARTINJECTION-MOULDED KIT STRAIGHTFROM THE BOXThere has been no shortage of 1/48-scale Zero kits in recent history. Hasegawa released their 1/48-scale
A6M family during the 1990s. These were accurate and well-detailed kits, eventually covering virtually all
variants from the A6M2 to the A6M8.
Tamiya’s new 1/48-scale A6M5/5a Zero
is a beautifully detailed kit and a
pleasure to build.
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The floor features a separate clear
viewing window. The instrument
panel is a minor masterpiece,
mounted on the front of the
ammunition bins and with the
gun breeches included. The panel
features decal instruments, which
look fantastic if carefully aligned.
Options include the choice of
open or closed cowl flaps, open
or closed landing flaps and two
styles of drop tank. A number
of detail differences between the
A6M5 and the A6M5a are also
accurately portrayed.
Polythene caps are used to
secure the propeller assembly
and the drop tank.
The clear parts are thin and
completely free of distortion. The
canopy is supplied in three parts,
and the centre sliding section will
fit well in either the closed or open
positions. Other clear parts include
wing tip navigation lights and the
nicely detailed reflector gunsight.
Markings are supplied for three
aircraft – two A6M5s and a single
A6M5a. All aircraft are finished
in IJN Green and IJN Grey. The
decals are in register and opaque.
In addition to the aircraft markings,
the decal sheet includes printed
harness straps for the pilot’s seat.
Two decal sheets are included.
The first contains Hinomaru flags
(the national flag of Japan) and
individual aircraft markings,
while the second includes mostly
stencil markings.
In addition to the aeroplane
and a seated pilot figure, Tamiya
supplies four standing Japanese
pilot figures, each sporting
different flight gear. Two of the
pilots are wearing Samurai swords.
The figures are very well detailed.
A self-adhesive canopy-masking
sheet rounds out the package. This
is manufactured from material
similar to the current Eduard
masks and Tamiya masking tape.
The outlines of the canopy frames
are marked on the sheet but they
are not die cut. You will have to
carefully cut the frames out of
the sheet with the aid of a sharp
hobby knife and a ruler.
A6M ZEROFIGHTER ‘DETAILUP’ PARTS SETTamiya has also released separately a
small multimedia upgrade for their
new 1/48-scale Zero. This comprises
a photo-etched fret with harness
straps, undercarriage indicators and
wheel chocks, three turned-metal
parts (20mm cannon barrels and
pitot tube) and a coil of copper wire
representing rope for the chocks.
The Tamiya Zero can certainly
be completed with decal harness
straps and the plastic cannon
barrels and pitot tube, but this
Detail Up set adds an appropriate
touch of class to an already
superlative model.
Most of the detail parts may be painted before they are
removed from the sprues. This is thanks to the thoughtful
placement of sprue attachment points on the edges or rear
of parts.
Literally all of the cockpit, engine and wheel well parts
were fully painted and weathered while still on the sprues.
This makes handling easier during painting, and minimizes
the risk of losing small parts.
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CONSTRUCTIONI was not planning to build this kit
straight away, but when I lifted the
lid I was inexorably drawn into
action. ‘Well,’ I thought, ‘maybe
I will just paint some of the parts
on the sprue.’ Famous last words –
there is no way I could stop once
I had started.
Tamiya’s helpful planning means
that virtually all of the interior
components – cockpit, engine
and wheel wells – can be entirely
painted before a single part is cut
from the sprues. This is thanks
to the sensible location of sprue
connectors on the sides and rear
of most parts. Pre-painting the
interior components in this way
will eliminate the risk of losing
parts, and make it much easier to
handle the parts during painting.
I followed Tamiya’s suggestion
and used their new IJN Cockpit
Green, colour number XF-71, as the
basecoat for the cockpit parts and
the fuselage sidewalls. I also adopted
the formula for the Aotake (green
bamboo) wheel wells provided in
the kit instructions – three parts
Tamiya X-13 Metallic Blue and one
part X-25 Clear Green. I was a little
doubtful about the combination of
the clear and metallic acrylic paints,
but the colour covered well and
looked great on the plastic. The
engine cylinders were sprayed using
Alclad II Aluminium, and the
crankcase was painted grey.
With this quilt of different
colours on the sprues, the next step
was to apply an oil wash. A thin
wash of lamp black and raw umber
oil paints was mixed and applied
selectively along the edges of
structural detail on the interior
sidewalls, cockpit parts, engine
components and wheel wells. The
sprues were then set aside to dry
overnight. The following day the
oil wash had settled into the various
crevices and natural shadow areas,
emphasizing depth and leaving the
general impression of grime.
Now the detail parts were
picked out with a fine brush and
acrylic paints. The kit instrument
panel is a solid plastic part with
raised bezels and flat dials.
Instrument detail is supplied
on the decal sheet. I dipped the
painted and weathered instrument
panel in Future floor polish in
preparation for the decal dials.
After a few hours, the main
instrument cluster decal was
applied in one piece to the panel.
At first, the decal seemed stiff and
unyielding, but a brushed coat of
Solvaset decal setting solution
quickly helped the previously
recalcitrant markings conform
to the raised detail. This process
was repeated for the two smaller
instrument clusters at the top of
the panel and on the side console.
When the decals had set,
I sprayed the instrument panel
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The engine is made up of only six parts, but detail is not
compromised.
Tamiya’s ‘Detail Up’ multimedia set was used to enhance the
basic kit. The stainless-steel photo-etched set was annealed
over a candle for a few seconds to soften the metal. Note the
telltale discolouring of the metal after this treatment.
© Osprey Publishing • www.ospreypublishing.com
with Polly Scale Flat Clear, and
then applied a drop of Future
floor polish to the lens of each
instrument. I was generally very
happy with the effect, but I did not
line up the decals perfectly with all
the dials. Next time, I will punch
the instruments from the decal sheet
and apply each one individually.
Before assembling the painted
cockpit parts, I added the photo-
etched harness from Tamiya’s
Detail Up set. These parts appear
to be made of thin stainless steel.
I was concerned that this material
might not be sufficiently flexible
for the harness straps to be bent
into natural draping poses, so I
annealed the metal before removing
the belts from the fret.
This is a fast and easy process. I
simply held the small photo-etched
fret over a household candle for a
few seconds, and then dipped it
in cool water. You can tell when
the metal has been annealed, as
the shiny metal discolours to
shades of orange, brown and blue.
The treated fret was prepared for
painting with a coat of clear
Tamiya Metal Primer straight from
the spray can. The belts were then
painted in Gunze Tan acrylic
before being cut from the fret.
Once annealed, the harness straps
were easy to handle, holding their
shapes when bent into place.
Inevitably, I dropped one of the
lap belts on the floor while folding
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Tamiya’s A6M5 cockpit is magnificently
detailed. The only extra parts are the
photo-etched harness straps from the
Detail Up set. I did manage to lose one
of the lap harness straps. This was
replaced with a strip of lead foil.
Instruments are from the kit decal sheet,
applied to the painted instrument panel
and finished with a drop of Future floor
polish on the lens of each dial. Sidewall
detail is equally good. Once again, all
the detail seen here is straight from
the box.
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of assembly for the nose. Part C7 is a
brace for the upper nose decking. This
image shows the correct positioning for
this part.
Once the bracing has been installed,
the cockpit tub and instrument panel
sub-assembly may be inserted through
the bottom of the fuselage. I secured
the cockpit with Tamiya liquid cement
brushed around the edges of the
rear bulkhead.
A number of alternate panels are
supplied for the different versions of the
Zero. These require inserts in the wings
and fuselage. The fit of all these inserts
is excellent, but all traces of sprue
connectors must be eliminated from
the edges of the parts prior to assembly.
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There is some minor flex at the wing
root. Two clamps were used to ensure
perfect alignment between the wing
and the root at the fuselage while the
glue set.
The forward fuselage is made up of three
separate panels. Take your time to ensure
that the parts are properly aligned.
The deep wheel wells are positively
located with the assistance of two large
pins. The mount for the drop tank
polythene cap may be seen in the
photo too.
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Note that this part must sit behind
and below the raised tab at the
front of the fuselage. If this part is
accurately positioned, the side panels
will fit perfectly.
There were no steps and only a few
tiny gaps on the completed airframe.
A smear of Tamiya Surfacer was applied
to the rear wing root and the bottom
stabilizer joins. The excess was wiped
off with a fingertip while the liquid was
still wet.
A smudge of Tamiya Surfacer was also
applied to the wing roots.
© Osprey Publishing • www.ospreypublishing.com
it, and could not find the small
brown painted belt on the dark
brown carpet under my desk. I
therefore cut a replacement from
lead foil and installed that instead.
The painted cockpit
components were now cut from the
sprue and assembled. All the parts
fitted precisely. The instrument
panel is part of a subassembly
that slides on to the front of the
cockpit floor. The fit is so solid
that glue is probably not strictly
necessary. The fit of the sidewall
components is equally good.
The appearance of the finished
cockpit is even more impressive
than the engineering of the parts.
In my opinion, it even pips Tamiya’s
1/48-scale P-47 cockpits – the
previous holder of this honour.
The fuselage halves can be
joined before installing the cockpit
tub. A brace is inserted between
the nose halves – part C7. This
adds rigidity to the nose, and acts
as the mounting position for the
upper nose deck, part C3. It is
important to get the positioning
of this upper deck correct or the
side panels will not fit properly.
Part C3 must be pushed down
onto the brace, part C7. This will
result in the front of the deck
sitting below the raised tab at the
front of the fuselage. Check the
photos to see how these parts
should look when assembled.
A number of alternate panels
are supplied for the upper and
lower wings. These inserts fit
perfectly providing the waste
material from the sprue connectors
is completely removed from the
edges of the panels.
The balance of construction was
completely trouble free and almost
embarrassingly fast, although a little
fiddling was required to properly
locate the intake assembly
underneath the engine cowling.
When fitting the wings to the
fuselage, I noticed a bit of flex
at the wing root that might have
resulted in a step between the
parts. I clamped the wings while
the glue set, resulting in perfect
alignment between the wing and
fuselage at the wing root.
Very little filler was required –
just a smear of Mr. Surfacer on the
starboard wing root, underneath
the horizontal stabilizers and where
the trailing edge of the wing meets
the bottom of the fuselage. This is
one of the best-fitting kits that
I have ever built.
PAINTING ANDMARKINGSThere is not a lot of variety in
the camouflage options for an
operational A6M5 Zero – pretty
much any colour you want as long
as it is IJN Dark Green and IJN
Light Grey. Weathering would
therefore be important to add some
interest to the standard scheme.
I wanted to portray an aircraft
that had seen heavy use in the
punishing Pacific theatre, but
I did not want to ‘chip’ the
paintwork excessively.
I started with the base colours.
Tamiya offers IJN Light Grey and
Dark Green in its spray can range.
I like the toughness of these spray
paints, but they can result in an
orange peel texture when applied
straight from the can. To avoid this
problem, these lacquer paints were
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Tamiya’s IJN Light Grey and IJN Dark
Green were decanted from the spray
cans into glass jars.
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beautifully in my Aztek A470 airbrush,
avoiding the possible orange peel effect
sometimes encountered when applied
straight from the spray can. Here, the
light grey lower surfaces have been
masked in preparation for painting
the green upper surfaces.
The base colour was mottled with
two paler shades of green to deliver an
irregular effect. The result looks extreme
in this photo, but later coats of gloss,
flat and weathering will tone the
contrast down considerably.
The entire nose may be assembled
and painted separate to the airframe.
Here, the cowl and propeller assembly
have already been sprayed with two
glossy coats of Future floor polish in
preparation for decals.
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Tamiya’s self-adhesive canopy masks
were carefully cut out and applied to
the kit’s clear parts.
The insides of the clear parts were
masked with Post-it notes, trimmed
to size and stuck to the handle of a
paintbrush using Blu-Tack for easier
handling during painting.
The model has now been sprayed with
two glossy coats of Future floor polish.
Tamiya’s kit decals performed very
well under an application of Solvaset.
Note that the mottled appearance has
all but disappeared.
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leading edges are supplied on Tamiya’s
decal sheet. They are perfectly opaque,
fit well and look great. The top of my
port side decal was a bit wonky, so I
decided to correct it.
A self-adhesive Post-it note was used as
a straight edges mask. Dark green was
sprayed along this straight edge to
correct the upper line of the ID stripe.
The green upper surface camouflage
should wrap around the wing leading
edges. Post-it notes were also used for
this masking task. A short length of tape
was used to mask the edge.
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The result was a nice sharp demarcation
between the top and bottom
camouflage colours in line with the
yellow ID stripes. I hand-painted
the curved area of the camouflage
wrap-around on the lower wing tips.
The main airframe received two thin
coats of Polly Scale Flat acrylic before
further weathering.
A 50:50 mix of Tamiya acrylic IJN Green
and Japanese Interior Green, heavily
thinned with alcohol, was sprayed
liberally on the wing roots and control
surfaces, and in random patches
elsewhere. I did not want to simply
shade the insides of panels.
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highlighting with semi-gloss black
paint, and subtle chipping with a
silver pencil, lends more depth to
the effect. The main subassemblies
have been weathered and prepared
for final construction.
More weathering was applied to the
bottom wings before completion.
Tamiya’s Detail Up set includes beautiful
metal 20mm cannon, with fared
barrels and hollow muzzles. These are
a lovely finishing touch to this already
excellent model.
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The undercarriage legs and gear doors
align perfectly. The drop tank is securely
held in place with a single polythene
cap. The tank may be removed if
desired (for refuelling perhaps). Tamiya
has perfectly captured the lines of
Mitsubishi’s most famous progeny.
The random fading effect, plus pale
and dark vertical streaking, has also
been applied to the fuselage sides.
The engine cowling has been finished
with a coat of Model Master Acryl
Semi-Gloss. The different sheen
compared to the wings and fuselage
adds extra interest to the subject.
© Osprey Publishing • www.ospreypublishing.com
decanted from their spray cans into
glass jars.
The lower surface was sprayed
IJN Light Grey. Demarcation lines
were masked off and the upper
fuselage and tops of the wings
and tail planes were painted
IJN Dark Green.
The large expanse of IJN Dark
Green was broken up with a random
mottle of two progressively paler
shades. This looked a bit overdone,
but experience has shown that gloss
and flat coats will considerably
subdue the effect later.
Sure enough, when I sprayed the
model with Future floor polish as a
gloss coat in preparation for decals,
the mottling virtually disappeared.
The engine cowling and propeller
assembly were painted separately.
Although Tamiya’s decals looked
a bit thick on their backing sheet,
I decided to give them a go. I was
particularly interested to see how
the yellow leading edge ID stripes
would look when set. As it turns
out, the decals performed very well
over the glossy Future coat. Solvaset
decal setting solution was brushed
over them, eliminating any
remaining visible decal film and
settling the markings into panel
lines and around structural features.
The ID stripes looked as if they
had been painted on, and with far
less time and trouble. However, one
of the stripes was not completely
straight (my fault), so I set about
correcting this obvious problem.
A self-adhesive Post-it note was
used as a low-tack straight edge.
IJN Dark Green was sprayed in
several very thin coats along the
edge of the straight paper mask,
avoiding a build up of paint along
the demarcation line. Voila!
Problem solved.
Post-it notes were also used to
paint the Dark Green camouflage
that wraps around the leading
edges of the wings and tail planes.
After the model had been
sprayed with two thin coats of
Polly Scale Flat, some of the
mottling resurfaced, but the overall
effect was still very bland.
I mixed a paler version of the
upper camouflage colour using
equal parts of IJN Dark Green
and IJN Cockpit Green, thinned
heavily with isopropylene alcohol.
My original intention was to just
to fade the heavy traffic areas on
the wing roots. However, when
I had painted these patches with
the paler shade of green, I was
so happy with the effect that
I decided to extend it to random
areas on the wings and fuselage.
I was careful not to simply
shade the insides of panels,
as I wanted to avoid a geometric
chequerboard. My ‘random’
application was therefore carefully
executed using a combination of
spots, shapes and mottles,
sometimes inside panels and
sometimes crossing structural
features. Fabric control surfaces
received a solid application of the
pale green shade. The pale mix was
also used to create a series of thin
vertical stripes on the rear fuselage.
A thin, dark mix of Tamiya Flat
Black and Red Brown was now
prepared and loaded into the
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The focus of the fading effect was the
wing roots, where the traffic of pilot
and crew would have had the greatest
impact. A silver pencil has also been
used to represent bare metal in the
most heavily worn areas.
© Osprey Publishing • www.ospreypublishing.com
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The option of dropped flaps breaks
up the shape and colour of the
finished model.
Tamiya’s 1/48-scale Mitsubishi A6M5/5a
kit is an instant classic.
© Osprey Publishing • www.ospreypublishing.com
airbrush. This was used to
highlight major structural features
such as panel lines on the forward
fuselage that would be subject to
exhaust fumes and general grime,
control surface hinge lines and
various spots and streaks on
the upper and lower surfaces.
Camouflage demarcation lines were
softened with this mix too, as was
the border between the camouflage
colours and the yellow ID stripes
on the wings and propeller blades.
Tamiya Semi-Gloss Black acrylic
paint was thinned with water and
applied to control surfaces and
major panel lines. A silver artist’s
pencil was used to add very
selective chipping to the wing root
and fuselage sides. Weathering was
also applied to the undercarriage
parts and drop tank.
I wanted to emphasize the
different gloss levels between
the main airframe and the engine
cowling. The cowling was sprayed
with Model Master Acryl Semi-
Gloss for a smooth, satin finish.
A few ‘chips’ were also added to
the engine coal using Testors’
Metalizer Aluminium applied
with the tip of a toothpick.
Final assembly was a breeze.
The propeller assembly and drop
tanks simply pressed into place
thanks to the very efficient
polythene caps. The canopy,
dropped flaps and undercarriage
were similarly precise. I used
water-based Gator Glue to attach
the canopy parts.
The metal cannon barrels
from Tamiya’s Detail Up set were
glued in place. No painting or
preparation was required, and they
(along with the pitot tube) looked
fantastic. Installing the tiny aileron
balance horns was left until last,
but I still managed to drop one
and lose it. This was replaced
with the tip of a toothpick glued
to two pieces of fine wire.
The antenna wire was cut from
smoke-coloured invisible mending
thread and secured with two spots
of superglue.
CONCLUSIONAlthough Hasegawa’s A6M family
is accurate and quite well detailed,
Tamiya’s new kit easily snatches the
crown as best 1/48-scale Zero.
Tamiya’s A6M5/5a is
beautifully detailed, with perhaps
the best 1/48-scale cockpit
straight from the box seen to date.
Options are very useful, and the
model is a pleasure to build thanks
to the thoughtful planning of
Tamiya’s designers.
Even if you are not a big fan
of Japanese aircraft, you would
be doing yourself a favour by
sampling the sheer excellence
of Tamiya’s new 1/48-scale
Mitsubishi A6M5/5a Zero. I do
hope that Tamiya will be working
through the whole Zero family.
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MERLIN SPITFIRESCLOSE UP
The Museum’s Mk VIII was
the last Spitfire taken on
charge by the Royal Australian
Air Force. It was manufactured
in England during 1944, and
shipped to Australia where it was
delivered to the RAAF in April
1945. Its RAAF serial number
was A58-758. The aircraft was
immediately placed in storage
and never saw active service.
Post-war, this Spitfire was
employed by Sydney Technical
College as an instructional
airframe. Mr Sid Marshall
purchased the aircraft in 1982 and
stored it in components Mr Colin
Pay of Scone then acquired and
restored the Spitfire. After four
decades of storage and disassembly,
BUILDING A NEW GENERATIONLIMITED-RUN KITThe Temora Aviation Museum has not one, but two late-Merlin Spitfires. These are the only two Spitfires
in flying condition in Australia.
The Spitfire Mk VIII was a later
development, but shared many of the
characteristics of the Spitfire Mk IXc. This
beautifully restored example is displayed
at the Temora Aviation Museum.
© Osprey Publishing • www.ospreypublishing.com
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Temora’s Spitfire Mk VIII cockpit is
mostly original. The configuration
is almost identical to that of a Spitfire
Mk IXc. Here we can see the instrument
panel, slightly overshadowed by a large
cover over the modern avionics
mounted on the instrument coaming.
The starboard cockpit sidewall is quite
bare, as it was on the wartime aircraft.
Black leather cushions are fitted to the
Spitfire’s composite seat. We can see
the characteristic brown colour of the
composite material. Some modern
avionics are also visible behind the
seat on the starboard sidewall.
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© Osprey Publishing • www.ospreypublishing.com
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The well of the Spitfire’s floorless cockpit
is a jumble of wires, actuators and
structural details. The large quadrant
and trim wheels may be seen on the
port sidewall here too.
Note the slight bulge at the rear of
the tail wheel doors to accommodate
the tail wheel when retracted. This
retractable tail wheel was not fitted
to the Spitfire Mk IX.
All Spitfire Mk VIIIs were configured
with the universal ‘c’ wing. Most, if not
all, Mk VIII Spitfires featured the narrow
inboard bulge for the 20mm cannon,
plus two .303in. machine guns
outboard on each wing.
© Osprey Publishing • www.ospreypublishing.com
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Temora is also home to a Spitfire Mk XVIe.
In contrast to the Mk VIII, this Mk XVI is fitted with tubular exhaust stubs. Main wheels are the later style with four
lightening holes.
© Osprey Publishing • www.ospreypublishing.com
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Radiator face detail.
This Mk XVIe is fitted with the late-style
double-kinked elevators.
A side view of the Rolls-Royce Merlin 70
engine in Temora’s Spitfire Mk VIII.
Note the bare copper coolant pipes.
The curved oil tank under the engine
and the long supercharger intake are
obvious from this angle.
© Osprey Publishing • www.ospreypublishing.com
this marvellous aircraft took to the
skies again in 1985. It has been
part of the Temora Aviation
Museum’s collection since 2002,
and regularly takes parts in
flying displays.
The aircraft is painted in the
Ocean Grey and Dark Green
camouflage worn by RAAF
Spitfires in the South-west Pacific.
These markings represent the
personal aircraft of Wing
Commander R. H. (Bobby) Gibbes
AM WG CMR DSO DFC.
The Spitfire Mk XVI was
manufactured at Castle Bromwich
in late 1944, and undertook its
first mission with 453 Sqn RAAF
on 24 March 1945 wearing the
codes FU-P.
After being written off by the
Royal Air Force in 1951, this
aircraft started a film career, first as
a prop in MGM’s 1955 adaptation
of the Douglas Bader story,
Reach for the Sky, and again 12 years
later as a non-flying extra in
The Battle of Britain.
Sir Tim Wallis purchased the
partially restored airframe in 1987,
completing the project and
shipping the Spitfire to New
Zealand as the centrepiece of
the Alpine Fighter Collection.
Temora Aviation Museum
acquired the aircraft in April 2006.
It is currently finished in the
colours and markings of its first
sorties over the skies of northern
Europe with 453 Sqn RAAF.
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the propeller is the glycol tank. Ethylene
glycol was used as the coolant in the
Spitfire. Note the circular black filler cap
near the top of the tank. Tamiya missed
this feature. Also missing from the
Tamiya kit is the filler neck for the oil
tank. This may be seen in the photo a
little more than halfway back on the oil
tank, curving upwards.
The top of the Rolls-Royce Merlin 70.
© Osprey Publishing • www.ospreypublishing.com
SPECIALHOBBY/CLASSICAIRFRAMESSPITFIRE MK VCThe Spitfire Mk Vc was the first
of this famous breed to use the
so-called ‘universal’ ‘c’ wing.
The ‘c’ wing could be fitted with
up to four 20mm cannon or eight
machine guns, but the most typical
fit was two 20mm cannon and four
.303in. machine guns.
The ‘c’ wing armament was also
used on the Spitfire Mk VIII, IX,
XVI and 18.
Although the Spitfire Vc was
built in significant numbers, we
had not seen this variant produced
as a 1/48-scale injection-moulded
kit until 2008.
Both Classic Airframes and
Special Hobby released Spitfire
Mk Vc kits in late 2008. The
mouldings are identical except
for propeller assemblies and
different marking options.
In 2009, Eduard from the
Czech Republic threw their
hat into the ring too, releasing
the same plastic sprues
supplemented with their own
colour photo-etched parts plus
a lovely set of resin, hollowed-out
flared exhaust stacks. For this
project I used the Classic
Airframes boxing.
29
Limited-run kit parts are usually not
labelled on the sprues, and generally
require more time and effort to clean up
the plastic. I find it helpful to remove
and prepare all the parts before
commencing construction. Here, the
parts have been stored in resealable
bags prior to assembly.
Both Classic Airframes and Special
Hobby released this 1/48-scale Spitfire
Mk Vc with minor variations in 2008.
In 2009, Eduard also released their own
boxing of the same plastic sprues with
their own colour photo-etched parts.
© Osprey Publishing • www.ospreypublishing.com
IN THE BOXClassic Airframes’ 1/48-scale
Supermarine Spitfire Mk Vc is
a good example of a modern
limited-run kit. It comprises
94 parts in grey plastic, nine parts
in clear injection-moulded plastic,
plus markings for four Spitfires
operated by the USAAF.
The kit looks fabulous on the
sprue, with crisp and consistently
recessed panel lines and fasteners,
subtle fabric texture on the rudder
and elevators, and fine detail parts.
There are some spurious raised
fasteners moulded prominently
just forward of the cockpit on the
fuselage sides. These should best
be sliced off or sanded back.
Moulding quality is very high,
with just some fine flash on smaller
parts and ejector pin circles on the
bottom of the ailerons.
The cockpit is well equipped
with separate lower sidewalls
and structural features moulded
in place, The seat mounts and
‘bottomless’ floor are delicately
presented. The seat is thin and
looks authentic with its backrest
cushion moulded in place.
The raised detail on the plastic
instrument panel is supplemented
with decal dials applied in two
layers. These look fantastic and
settle onto the panel perfectly after
careful placement and a generous
coat of Solvaset. I am not entirely
sure about the profuse presence of
yellow on the dials, but it certainly
adds some colour to the area!
Cockpit detail is further
enhanced by a photo-etched fret.
This includes a nice Sutton
Harness, rudder toe straps and
additional seat detail.
The wheel wells are a mixed bag.
The leg sections are very well
detailed, but the circular main
wells are devoid of any
structural features.
The propeller assembly is
the Rotol wooden version with
the pointy spinner. Check your
references carefully as the Spitfire
Vc could be fitted with other styles
of de Havilland and Rotol props
and spinners. Alternative propellers
are available from several
companies including Ultracast
and Red Roo Models.
Classic Airframes’ Spitfire Vc
is packed with options, although
many are marked ‘not for use’ in
this particular boxing. Even so,
with aftermarket decals you
might make use of some. These
options include:
• Three styles of wheel hub (three
spoke, four spoke and covered).
• Four styles of cannon bulge
covers (narrow C, narrow E and
two styles of wide C). Different
styles of cannon barrels and
caps are provided too.
• Vokes tropical filter or standard
lower cowl.
• Separate wing tips. Both
standard and clipped are offered.
The clipped wing tips are
cleverly supplied in clear plastic
so the navigation lights may be
masked before painting.
Ailerons and the rudder are
separate, but the elevators are
moulded in the neutral position as
part of the horizontal stabilizers.
Personally, I would have preferred
to see the ailerons moulded as part
of the wings. Separate elevators
would have been nice too. The
cockpit entry door is also moulded
separately and may be posed open.
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Multimedia parts are fairly limited
in this release. The cockpit mainly
comprises crisply moulded plastic parts,
supplemented with a photo-etched
Sutton Harness and rudder toe straps.
© Osprey Publishing • www.ospreypublishing.com
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The absence of locating aids means that
extra care must be taken when aligning
and assembling parts. Clamps are very
useful to hold parts in place while
cement sets. The interior sidewalls
are being mated to the inside of
the fuselage.
I used an Eduard colour photo-etched
instrument panel. The yellow colour of
the dials is questionable, but the overall
effect is very impressive. Waldron
placard decals have also been used
to spruce up the front office.
The instrument panel and rear bulkhead
are too wide to fit between the cockpit
sidewalls. I trimmed the width of these
parts after test-fitting to allow the
fuselage halves to meet without serious
centreline gaps.
© Osprey Publishing • www.ospreypublishing.com
This kit is a joint project
between Special Hobby and Classic
Airframes, so the bottom of the
rear fuselage has a wedge-shaped
opening to accommodate the
A-Frame tail hook for Special
Hobby’s Seafire. On this Spitfire
kit, a blank insert is provided to
fill the gap.
The clear parts are thin
and transparent. The decals
are beautifully printed and in
perfect register.
PREPARATIONThe Special Hobby/Classic
Airframes Spitfire Vc presents
some construction challenges, but
careful preparation, some minor
modifications and the right
attitude will minimize the pain
and deliver a nice result.
Preparation is very important.
There is a little more flash (excess
plastic) than you might expect to
see on a long-run injection-moulded
kit from a company like Tamiya or
Hasegawa, but this should not be a
serious hurdle. The parts are not
numbered on the sprues, so you
will need to take some care to keep
track of them. For limited-run kits,
I generally remove the plastic parts
from their sprues and clean them
up with a hobby knife and sanding
stick before even thinking about
construction. This allows me to
test-fit the major components –
especially the fuselage and wings –
and plan for any remedial action
well in advance. I then sort the
parts into major categories (for
example, wing and undercarriage,
fuselage and tail planes, cockpit)
and pack these into separate
plastic bags.
CONSTRUCTIONNot surprisingly, construction
commences with the cockpit. Test-
fitting showed that the instrument
panel and rear bulkhead were too
wide to fit between the cockpit
sidewalls. You can either trim some
material from each side of these
parts (A8, A26 and, to be safe,
A24), or you might prefer to cut
the lower fuselage sidewalls into
sections (parts A3 and A29),
leaving spaces for the bulkheads
to fit in between. I trimmed the
sides of the parts for my project.
I found that I needed to deviate
from the instructions on a number
of occasions to ease construction.
Here are a few tips for smoothing
your modelling travels:
• The bottom of the lower
fuselage sidewalls may interfere
with the fit of the wing. A few
millimetres were trimmed off
the bottom of parts A3 and
A29 to avoid this problem.
• The main wheel well parts
(C13 and C34) should be glued
and clamped onto the bottom
wing half before the end caps
(parts C24 and C25) are
wedged into place.
• The cannon bulge inserts fit
pretty well, but they will fit even
better if you clamp them front
and rear while the glue is setting.
• Some sanding of the wing roots
and general fiddling will
improve the fit of the wings to
fuselage. I still wound up with
a narrow gap on each side, but
the dihedral is fine and a little
Milliput will fix the situation.
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A bit of extra time spent checking
the fit of limited-run kit parts before
committing to glue will save much
more time and grief further down the
track. The result is quite satisfying when
you gaze at the nicely detailed cockpit
ensconced between the fuselage halves.
© Osprey Publishing • www.ospreypublishing.com
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Wheel wells are supplied as separate
parts. These should be clamped firmly
to ensure that the top wing parts will fit
without gaps.
The wings and fuselage are temporarily
secured with clamps and Tamiya
masking tape. Tamiya tape has also
been stretched from wing tip to wing
tip to ensure the correct dihedral and
to close the wing root gap.
The Vokes filter under the nose should
be modified per this diagram to allow
the parts to fit properly. This extra
wedge interferes with the fit at the
forward lower wing join.
© Osprey Publishing • www.ospreypublishing.com
• More problematic is the
relatively large gap (a little more
than a millimetre) at the lower
trailing edge wing join. I filled
this with Milliput White
two-part epoxy putty.
• The wedge-shaped lower
fuselage insert fits very poorly.
I positioned mine so there was
only a gap to fill on one side.
• The Vokes filter (parts G1 and
G2) is moulded with a locating
aid where the chin meets the
wing. I found that the filter fitted
better when this webbing was
cut out. A little trimming was
also required to improve the fit. I
installed one half to the fuselage
first, getting it lined up properly
before installing the other half.
• The horizontal stabilizers fit
much better if the locating slots
in the fuselage are widened.
Once this was done, the fit
on mine was perfect.
• The ailerons should not be
pushed all the way in to the
wing hinge. The hinges may also
need some sanding to permit the
edges of the ailerons to meet the
wing. I used superglue to attach
the ailerons to the hinges only.
This leaves a noticeable gap
between the front of the aileron
and the wing, but this is not
uncommon on many aircraft.
• A little sanding was required to
improve the fit of the wing tips,
but the result was quite good.
• I cut off the mysterious raised
fasteners on the fuselage in front
of the cockpit.
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With the surgery performed, the fit is
very good. Tamiya Extra Thin Liquid
Cement was used. This is a strong and
fast drying adhesive that can be applied
to closed seam lines. The cement is so
thin that capillary action draws it into
microscopic gaps.
The horizontal tailplanes will fit much
better if the locating slots above the
empennage are significantly widened.
As moulded, the slot is too short to
allow a proper fit.
© Osprey Publishing • www.ospreypublishing.com
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One of the vices of limited-run kits is
the likelihood of gaps. These two large
gaps are on the lower rear fuselage.
The lower rear panel is an insert to plug
a hole intended for the ‘V’-shaped tail
hook on a Seafire Mk II, not used on
this version.
Special Hobby has captured the outline
of the Spitfire Vc very well.
Minor gaps and steps were dealt with
prior to painting. Tamiya Masking Tape
was laid down to limit the unwanted
spread of putty.
© Osprey Publishing • www.ospreypublishing.com
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that was used to fill these gaps. Milliput
may be shaped with a wet finger for
up to half an hour after application,
does not shrink and sets to the same
consistency as the surrounding plastic,
so it is easy to sand and polish.
Here are the large gaps on the bottom
of the model, filled with Milliput prior
to sanding and polishing.
Some of these gaps can be seen after
sanding and polishing. The result is a
smooth surface returned to the plastic.
A slipper tank was borrowed from
Tamiya’s Spitfire Vb for the bottom
of the fuselage. Plastic strip was added
to the wheel wells, representing
structural detail.
© Osprey Publishing • www.ospreypublishing.com
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The wing root and nose gaps and seam
lines have been eliminated here too.
Resin cannon fairings from PD were
employed for this project. The flat rear
faces of the fairings were drilled out
to accept copper locating pins. The
corresponding position on the leading
edge of the wing was drilled out too.
With the cockpit opening masked,
painting got underway with a coat
of Alclad Grey Primer applied with the
Testor Aztek A470 airbrush. The primer
coat revealed a few lingering seam lines
at the wing root, so these were sanded,
filled with Gunze Mr. Surfacer, sanded
again and polished.
© Osprey Publishing • www.ospreypublishing.com
• I added some fine plastic strip
on the inside of the main
sections of the wheel wells
to represent structural detail.
PAINTINGWith the cockpit opening masked,
painting got underway with a coat
of Alclad Grey Primer applied
with the Testor Aztek A470
airbrush. The primer coat revealed
a few lingering seam lines at the
wing root, so these were sanded,
filled with Gunze Mr. Surfacer,
sanded again and polished.
The bottom of the model was
painted Mr Color Azure Blue. This
is lacquer paint. The base colour
for the upper surfaces was Gunze
acrylic H72 Dark Earth. The
camouflage pattern was drawn onto
the upper surface with a 2B pencil.
The disruptive camouflage pattern
was then applied freehand with the
airbrush using Gunze H73 Dark
Green. Although the base colours
are in place, there is still a long way
to go for this paint job.
Masks were cut into wide self-
adhesive tape using an Olfa circle
cutter. These were applied to the
upper wings and fuselage. The
circle on the fuselage was used as a
locating guide to the open mask.
Paler versions of dark earth and
dark green were mixed up and
sprayed inside the circular masks.
Care was taken to match the edges
of the darker camouflage pattern.
These circles represent
overpainting of earlier, larger
national markings.
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The disruptive camouflage pattern
was applied freehand with the airbrush
using Gunze H73 Dark Green. Although
the base colours are in place, there is
still a long way to go for this paint job.
The bottom of the model was painted
Mr Color Azure Blue. This is a lacquer
paint. The base colour for the upper
surfaces was Gunze acrylic H72 Dark
Earth. The camouflage pattern was
drawn onto the upper surface with
a 2B pencil.
© Osprey Publishing • www.ospreypublishing.com
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Masks were cut into wide self-adhesive
tape using an Olfa circle cutter. These
were applied to the upper wings and
fuselage. The circle on the fuselage was
used as a locating guide to the open
mask.
Paler versions of dark earth and dark
green were mixed up and sprayed
inside the circular masks. Care was
taken to match the edges of the darker
camouflage pattern. These circles
represent overpainting of earlier, larger
national markings.
Masking tape was generously applied to
the wings and forward fuselage before
painting the white leading edge stripes.
We don’t want to cover our nice
camouflage pattern in white overspray,
do we?
© Osprey Publishing • www.ospreypublishing.com
MARKINGS,WEATHERING ANDFINISHING TOUCHESThe markings for my model
represent 54 Sqn RAF based in
Darwin during 1943.
Although these markings look
like RAAF roundels, this is in
fact a British squadron based
in the Antipodes.
Aeromaster Decals’ 1/48-scale
sheet no. 48-667 ‘Aussie Mk.V Spits’
offers these markings. The decals
were applied over two coats of Future
floor polish. After the markings had
been allowed to dry overnight, several
thin coats of Polly Scale Flat Clear
toned down the finish
The clear canopy parts were
masked and sprayed Gunze H73
Dark Green. The frames were also
sprayed with Polly Scale Flat Clear
before the masking tape was
removed. Additional weathering
included a selective application
of black/brown streaks and spots.
With the paint job now complete,
the finishing touches including the
aerial mast, undercarriage, pilot’s
mirror were added.
CONCLUSIONI am very pleased to finally see a
decent quality 1/48-scale Spitfire
Mk Vc.
Classic Airframes’ and Special
Hobby’s 1/48-scale Spitfire Vc
offerings are well detailed and
feature plenty of useful options.
Bear in mind that this is a limited-
run kit so you will need to spend
some extra time preparing parts,
checking fit and making
adjustments as required. This kit
will not fall together – you will
be using your modelling skills.
Even so, the extra effort will result
in an accurate, attractive kit of this
important yet previously neglected
Spitfire variant.
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Aeromaster decals have been applied
over a glossy coat of Future floor polish.
The PD resin de Havilland propeller
assembly may be seen here too.
Several thin coats of Polly Scale Flat
Clear tones down the finish and blends
the decals. Note that the fin has also
been lightened with the pale
camouflage colours.
© Osprey Publishing • www.ospreypublishing.com
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The clear canopy parts were masked and sprayed Gunze H73
Dark Green. The frames were also sprayed with Polly Scale Flat
Clear before the masking tape was removed.
Additional weathering included a selective application of
black/brown streaks and spots.
LEFT: All the finishing touches have now
been added – aerial mast,
undercarriage, pilot’s mirror.
BELOW: The Special Hobby/Classic
Airframes Spitfire Mk Vc really looks the
part. A bit more effort is required than
your typical long-run injection-moulded
kit, but if you are willing to put in the
time, the results will be worthwhile.
© Osprey Publishing • www.ospreypublishing.com
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WORKING WITH RESINCONVERSIONSThe Spitfire Vc was an important variant that saw service in most theatres, but Airfix, Hasegawa and
Tamiya all produced their 1/48-scale Spitfire Mk V kits with the ‘b’ wing.
The difference between
the Mk Vb and Vc is the
wing-mounted armament. These
differences are more extensive
than it might seem at first glance.
On the Vc, the access panels for
the guns changed, the position
of the upper-wing blister moved
forward, the blisters themselves
altered shape (in fact, there were
several shapes depending on the
armament fitted to the new
universal wing), the shape
of the cannon fairings changed
and more.
Australians have a particular
interest in the Spitfire Vc because
the early Spitfire squadrons in the
Pacific and at home were all
equipped with this mark.
Prior to the release of the
limited-run Special Hobby/Classic
Airframes/Eduard Spitfire Mk Vc
kits, the only option for modellers
wanting this variant was a
conversion. Probably the best of
these is Red Roo Models 1/48-scale
Spitfire Vc resin conversion set.
Indeed, some modellers simply
do not like limited-run models
and would prefer to work with a
long-run injection-moulded kit
and resin conversion parts.
Fortunately, this resin set is still
available so the choice is entirely
up to you.
Red Roo Models’ 1/48-scale
Spitfire Vc conversion comprises
14 parts in caramel and cream
coloured resin. It is designed for
the Tamiya kit. In addition to the
wings, Red Roo supplies a tropical
filter and a replacement propeller
and spinner, alternate cannon
bulges, barrels and a new oil
cooler intake.
The casting quality of all
the parts is very high. The panel
lines and fine details look good
compared to the Tamiya kit parts.
The conversion addresses most
of the differences between the ‘b’
and the ‘c’ wing, but there are still
a few accuracy issues that need to
be addressed. Firstly, and most
noticeably, the inner machine gun
on the ‘c’ wing moved one rib
further out, so instead of lining up
with the inner end of the aileron,
the access door should be outboard
of that panel line. This panel
should be rescribed for those who
want complete accuracy. Also, the
gear legs canted further forward on
the Vc aircraft. This should be an
easy fix – shim the locating pin at
the top of the gear legs and adjust
the alignment in accordance with
reference photos.
TAMIYA’S 1/48-SCALE SPITFIREMK VBTamiya signalled their intention
to return to 1/48-scale aircraft
production with their 1993 release
of their Spitfire Mk I. Their
Spitfire Mk Vb followed in 1994.
Tamiya was clearly focused on
creating a model that was simple
to build but uncompromising in
detail. They succeeded.
Tamiya’s 1/48-scale Spitfire Vb
comprises 59 medium-grey styrene
parts on two sprues and ten clear
parts. Decals are provided for two
aircraft. The instructions are well
presented and very straightforward.
Options in this kit include a
choice of windscreen and main
© Osprey Publishing • www.ospreypublishing.com
canopy parts, alternate positions
for the cockpit door and two styles
of wheel hubs.
Surface detail is superb. Panel
lines are crisply engraved. The width
of the panel lines varies, just as on
the real aircraft. For instance, the
chunky panel lines of the engine
cowl are fearlessly depicted. The
quick-release fasteners on the cowl
are also beautifully rendered.
The cockpit is adequate for this
scale but the seat is a bit thick and
oversimplified. The Spitfire did not
have a cockpit floor. The kit deals
with this feature by using a single
part with footrests and framing
moulded above a false partial floor.
This looks fine in the dark recesses
of the bottom of the cockpit.
The wings feature integrally
moulded cannon barrels. If you
are building this as a Mk Vb, care
is required not to damage these
parts during assembly. The wheel
bulge is moulded on top of the
wing halves creating a realistic
wheel well. Some sources suggest
that these bulges are not authentic,
but I have several wartime photos
of Spitfire Vs that clearly show
them in place. However, the two
reinforcement strakes on each wing
are a museum feature and will have
to be removed.
There are a few ejector-pin
marks on the inside surfaces
of some parts. Fortunately these
are all out of sight once the kit
is assembled.
CONVERSIONConstruction is quite
straightforward. The lower wing on
each side must be cut off outboard
of the wheel well. The new resin
wing then replaces the plastic
upper wing and the outer portion
of the lower wing. In fact, this
method is similar to a resin
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A limited-run model kit is not your only
choice for building a Spitfire Mk Vc. In
this project, Tamiya’s Spitfire Mk Vb has
been converted to the ‘c’ wing variant.
© Osprey Publishing • www.ospreypublishing.com
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The cuts are finished off with a sharp
hobby blade. This is a small Olfa knife.
It is important to score lightly and
repeatedly to remove the excess plastic.
Red Roo Models released a resin Spitfire
Mk Vc conversion comprising 14 resin
parts. The main elements were the
replacement wings. These were cleverly
designed to overlap the bottom wing,
ensuring a strong bond.
Surgery to the kit is essential. Here,
self-adhesive Dymo tape has been
applied as a guide to cut the bottom
outer wings from the centre section.
A scribing tool is being used to start
the cutting line.
© Osprey Publishing • www.ospreypublishing.com
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The top of the resin wing parts overlaps
what remains of the bottom of the
plastic wing. See the structural detail
cast onto the bottom of the upper wing
inside the wheel wells.
The resin wings have been clamped to
the bottom wing while the superglue
thoroughly sets. The fuselage and
wing assemblies have only been taped
together to check for possible problems
later in construction.
Tamiya’s cockpit detail is reasonably
good, and the configuration is certainly
close enough to the Mk Vc as to make
little difference. The only additions
were an Ultracast resin seat with
cast-on harness and decals for the
instrument dials.
© Osprey Publishing • www.ospreypublishing.com
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The next stage of construction was
crucial. The bottom centre section
of the wing was carefully aligned and
glued to the assembled fuselage.
The fuselage halves may be joined
with the cockpit floor and bulkheads
inserted from underneath afterwards.
The decals for the instrument dials are
quite effective.
The central cockpit elements have been
pressed into place through the large
opening in the bottom of the fuselage.
© Osprey Publishing • www.ospreypublishing.com
47
Now the large resin wings were
attached to the lower centre section
using superglue. The gaps and
misalignments will be dealt with shortly.
The bottom centre section protrudes
slightly beyond the trailing edge of both
resin upper wings.
A number of narrow gaps remained
after the resin parts were installed.
The most noticeable of these were
where the resin and plastic sections
of the wings met. This area was first
masked then filled with Milliput White.
© Osprey Publishing • www.ospreypublishing.com
conversion available years ago
(and now long out of production)
by Bringuier Aviation Products.
The benefits of this method of
replacement are that the bond
between resin and plastic is very
secure, the dihedral is guaranteed,
there is only one join to fill and
it is quite simple. Details such as
the bulges and cannon barrels are
simply glued on to the resin wing.
Instructions are supplied on a
double-sided A4 sheet of paper.
The text and diagram do a good
job of outlining the potential
problems and solutions
associated with this project.
In particular, the instructions
talk about the need to fill a
small gap in the sidewall of the
wheel well when the outer wing
is removed.
PAINTINGUnlike many post-war British and
Commonwealth aircraft, this Spitfire
was not painted silver. It was
stripped back to bare metal.
A bare metal finish has a unique
appearance, quite different from
painted silver. The reflectivity
of the surface may vary on the
same airframe from very shiny in
some areas to very dull in others.
Alloys used on different panels
may be distinctly different shades.
Oxidization or staining may form
on unprotected surfaces. The result
might be a patchwork of different
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A little extra work at this time results
in a more professional finish when the
model has been painted.
Cannon fairings, the spinner cap and
wing bulges are supplied in cream
coloured resin. The bulge is actually too
tall, but I picked this up after installation
– too late to do anything about it.
© Osprey Publishing • www.ospreypublishing.com
metallic effects on a single airframe.
This may be one of the most
demanding and exacting finishes
that a modeller will ever attempt.
Preparation is the key. The
metallic finish will only be as
good as the surface over which
it is sprayed. If the surface of
the plastic is less than completely
perfect, the metallic paint job will
amplify any blemishes.
Alclad II is a recent range
of metallic lacquers that does
not require thinning or any
protective coating. A very wide
selection of metallic shades is
available in the Alclad II range.
In addition to raw metallics,
Alclad also offers various tints
and primer coats.
Alclad II delivers a very thin
coat on the surface of the model.
Combined with its metallic sheen,
this means that even the tiniest
imperfection on the surface of the
model will be amplified to
horrifying proportions. Surface
preparation is therefore especially
important for metallic finishes.
The surface of the model
should be polished with
Micro-Mesh cloths before even
a primer coat is applied. After
polishing, carefully examine the
plastic against the best available
light and at different angles. If you
can detect any scratches, scuffs or
seams, now is the time to eliminate
them completely.
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A base coat of Alclad Grey Primer
exposed a few remaining steps and
gaps. These were sanded back prior
to the application of the metallic paint.
A bare metal finish is the most revealing
and least forgiving of all paint jobs!
A new layer of grey primer was sprayed
onto the model. The primer was lightly
polished to ensure that the surface as
perfectly smooth.
© Osprey Publishing • www.ospreypublishing.com
If you are planning a regular
metallic finish, a coat or two of
grey primer will be sufficient. If the
model is destined to be finished in
highly polished chrome, a gloss
black primer will be required.
Alclad offers both the grey and the
gloss black primers in their range.
Alclad’s primers and metallic
paints seem to produce an
especially large and noxious cloud
of vapour, so make sure you have
adequate ventilation and, ideally,
a respirator before you start.
Once the primer coat has been
applied, the model should once
again be polished and checked for
any lingering flaws. After these
have been dealt with, we are ready
for the first metallic coat.
In this case I commenced with
Alclad Aluminium Shade A. A fine,
misting coat is plenty to start with,
and the nozzle of the airbrush
should be fairly close to the surface
of the plastic – no more than
about 10cm away. Alclad dries very
quickly when applied properly, so
the model will be ready for the fine
second coat almost without pause.
Do take care when spraying into
the curve of the wing root and
other complex shapes, Try to follow
the contours with the tip of your
airbrush to minimize air turbulence
and avoid noticeably grainy finish.
When the base shade has
achieved complete opaque coverage
after two or three coats, set the
model aside to completely dry for a
few hours. (You really should do this,
but I can hardly ever contain my
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Unlike post-war British and
Commonwealth aircraft, this Spitfire
was not painted silver. It was stripped
back to bare metal. Alclad II Aluminium
was used as the base colour. This is
a lacquer-based finish with tiny
metallic particles, resulting in a
very convincing finish.
The rudder on this aircraft was painted
foliage green. This was sprayed and
the area forward of the empennage
masked off in preparation for the white
identification markings on the horizontal
tail surfaces and the fin.
© Osprey Publishing • www.ospreypublishing.com
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The leading edges of the wings were
likewise masked for the theatre stripes.
The cannon fairings and stubs were
painted white too.
Various panels were masked off in
advance of spraying a slightly darker
shade of Alclad Aluminium. The
masking is time consuming, but
the spray job is remarkably quick!
The varying metallic shades make a big
difference to the finish. The differences
are subtle but apparent.
© Osprey Publishing • www.ospreypublishing.com
impatience to proceed for more
than 15 minutes. Despite my
non-compliant behaviour, I have
rarely encountered any problems.)
Individual panels may now be
masked off and sprayed in different
shades from Aluminium B through
to E. Other metallic shades are
available too, including Pale Burnt
Metal, White Aluminium, Gold,
Copper, Magnesium, Steel and Jet
Exhaust. In this case, I only used
Aluminium shades B and C for
variation. Buffing is not required,
and does not make a huge difference
to the sheen of Alclad in any case.
In addition to the multi-shade
metallic finish, the model was also
masked to allow for theatre markings
and a few unique attributes. These
included a white tail and wing
leading edge stripes, and a Foliage
Green rudder, probably a
replacement from another aircraft.
These markings were masked with
Tamiya tape, but the tack of the
adhesive was reduced by first
applying it to my not insubstantial
forehead. As strange as this sounds,
it does work! Tamiya acrylic XF-2
Flat White paint was used for the
theatre markings. The black anti-
glare strip above the engine cowling
was also masked and sprayed, this
time using Tamiya XF-1 Flat Black.
DECALSDecals were sourced from Red Roo
Models too, item no. RRD4831
‘Spitfire Vc, 85 Sqn RAAF, Late-
War’. They performed perfectly
right on top of the Alclad finish.
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was a black anti-glare strip on top
of the engine cowling.
The metallic finish and the various
markings are now complete. One of
the advantages of this ultra-smooth
metallic finish is that it is usually not
necessary to paint a gloss coat before
applying decals.
© Osprey Publishing • www.ospreypublishing.com
CONCLUSIONI built both the Classic Airframes
limited-run Spitfire Vc and the
Tamiya/Red Roo conversion in
parallel, and it proved to be a very
interesting exercise. On the one
hand, it took more time to clean
up and align the parts of the
limited-run kit from Eastern
Europe. However, on the upside,
this was the first time that a
Spitfire Mk Vc was available
straight from the box, the kit
was accurate in outline and detail
is very good.
For the concurrent conversion
project, the base Tamiya kit was
less accurate to start with (mainly
the shape of the semi-elliptical
wing), but the resin conversion
parts corrected this shortcoming.
Some surgery to the kit parts
was necessary, as was filling and
sanding of the almost inevitable
gaps. The project did result in an
accurate and attractive Spitfire Vc
in 1/48 scale.
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RIGHT: The windscreen and canopy
were masked with Tamiya tape and
temporarily tacked to a paintbrush. The
windscreen was painted Tamiya XF-1
Flat Black, while the middle and rear
canopy sections received a coat of silver.
ABOVE: Decals were from Red Roo
Models too, item no. RRD4831
‘Spitfire Vc, 85 Sqn RAAF, Late-War’.
They performed perfectly right on top
of the Alclad finish.
© Osprey Publishing • www.ospreypublishing.com
So, what is the best way to get an
accurate Spitfire Vc in 1/48 scale?
I would rate the degree of difficulty
and the effort expended for both
projects as essentially identical.
The decision will come down to a
matter of personal preference. Some
modellers can’t stand working with
limited-run kits. Others loathe
resin conversions and cutting up
a perfectly nice plastic model.
The choice is yours!
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Some light weathering was applied in
the form of cordite streaks and subtle
highlighting of selected panel lines.
The undercarriage parts still fitted
perfectly. Smaller details such as
the antenna mast, propeller blades
and pitot tube were attached
following weathering.
The combination of the Tamiya kit and
the Red Roo resin conversion results
in a very satisfactory 1/48-scale
Spitfire Mk Vc.
© Osprey Publishing • www.ospreypublishing.com
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MESSERSCHMITTBF 109G-6 CLOSE UP
The airframe was extensively
photographed between
1999 and 2002, before it was
reassembled and put on display in
the main section of the Australian
War Memorial.
Here we have access to
areas generally not visible on
museum (or even operational)
aircraft, including the fuselage
interior, radio compartment,
empennage, wheel wells and more.
Let’s take a closer look at
Messerschmitt Bf 109G-6,
Werknummer 163824.
IMPROVING A SIMPLE SNAP-TOGETHER KITThe Australian War Memorial in Canberra is fortunate to have a Messerschmitt Bf 109G-6 in entirely
original condition. This aircraft was rebuilt at Ludwig Hansen & Co Flugzeug-Repatur-Werk in Münster
in December 1944, and features many interesting configurations and late-war camouflage characteristics.
It was captured by British forces soon after the rebuild.
© Osprey Publishing • www.ospreypublishing.com
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Werknummer 163824, prior to
reassembly while it was still in storage
at the Mitchell Wing of the Australian
War Memorial in Canberra.
The red tint on the engine bearers is the
remnants of an anti-corrosion coating
applied prior to transport to Australia.
It is not a Luftwaffe-applied feature.
The absence of a seal around the rear
of the Erla clear vision hood is an
indication that the late-style canopy
was factory fitted. Note the different
shades on the pilot’s stowage door
(probably a faded RLM 66 Black Grey),
and the surrounding panel, which
seems to match the upper surface
camouflage colour.
© Osprey Publishing • www.ospreypublishing.com
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The unpainted, dimpled panel inside
the lower central wing is a rarely
glimpsed feature of the Bf 109.
This is a view of the tail wheel strut
with the empennage of the airframe
removed. The strut and the oleo scissors
are painted RLM 02 Grey, but the
fuselage station and interior have been
left in bare metal.
LEFT: A fuse panel is mounted inside the
fuselage opposite the radio hatch cover.
Note the wooden base with a thin coat
of RLM 99 Yellow Green primer failing
to obscure the woodgrain pattern.
RIGHT: The FuG 16ZS radio unit is
mounted on the fuselage station
forward of the hatch. This wooden
mount is also finished in RLM 99 Yellow
Green primer. All of these internal
components are entirely original and
in remarkably good condition.
© Osprey Publishing • www.ospreypublishing.com
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reflects the chaotic state of the Third
Reich in 1944. This wing appears to be
painted in RLM 81 Brown Violet in a
patchy overspray, along with a more
solid application of RLM 83 Dark Green.
The aileron is RLM 75 Grey Violet.
A close view of the aileron reveals the
thin application of the paint and a
second, paler shade. The red primer
of the fabric strips may also be seen
beneath the thin paint.
The starboard wing sports a completely
different scheme – jagged, pale RLM 75
Grey Violet and RLM 83 Dark Green.
© Osprey Publishing • www.ospreypublishing.com
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The interior of the wheel wells shows
the structural detail. The pressed wheel
bulge may be seen here too.
This Bf 109G-6 is now on display in the
new Aircraft Wing of the Australian War
Memorial. Although the room is very
dark and the Gustav is mounted high
on a pole, a number of otherwise hard
to see details are now on display.
Although this is a G-6 variant, the oil
cooler housing is the deeper version
usually associated with the G-10.
© Osprey Publishing • www.ospreypublishing.com
21ST CENTURYTOYS’ 1/32-SCALEMESSERSCHMITTBF 109F-2The Messerschmitt Bf 109F
was a major transformation of
the famous ‘Augsburg Eagle’. The
airframe was streamlined with a
newly designed engine cowling,
large spinner, rounded wing tips,
revised flaps and many mechanical
modifications compared to the
earlier Bf 109E.
The Bf 109F entered service in
1941, at around the same time as
the RAF introduced the Spitfire
Mk V. RAF Fighter Command also
switched to offensive operations
over France and Belgium during
this period, creating a new
challenge for the Luftwaffe.
The new Spitfire was superior
to the Bf 109F in most respects,
and it would not be until early
1942 with the general introduction
of the Focke-Wulf Fw 190 that a
Luftwaffe fighter aircraft would
gain a temporary upper hand.
Despite this seesawing combat
on the Channel front, the
Messerschmitt Bf 109F achieved
stunning success over the grassy
steppes and frozen tundra of Russia,
and the harsh desert of North
Africa during 1941 and 1942.
21st Century Toys has been
making a name for itself in the
collector’s market with their large-
scale, pre-assembled and painted
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blade. The red stencil markings are of
interest too.
The tail wheel features an unpainted
hub and whitewall tyre.
© Osprey Publishing • www.ospreypublishing.com
aircraft and military models. Now,
21st Century Toys has expanded
into plastic construction kits.
This first generation of 1/32-
scale kits includes a Messerschmitt
Bf 109F-2/F-4. We have been
waiting for a Friedrich variant
of the Messerschmitt Bf 109 in
1/32 scale for a long time. Revell’s
1/32-scale Bf 109F from the 1960s
displayed some fatal accuracy issues,
and Hasegawa seems to be in no
rush to expand their excellent
1/32-scale Bf 109 family.
So do we finally have a
decent 1/32-scale Messerschmitt
Bf 109F? 21st Century Toys’
Messerschmitt Bf 109 is nicely
detailed; offers useful options
including drop tank, bombs,
workable undercarriage and slats;
fits together well and is simple
to build. On the other side of
the equation, the clear parts are
quite thick, recessed panel lines
are wider and softer than we would
normally see on a mainstream kit,
and there is some ambiguity about
exactly which variant this
model represents. Even so, at
around US$10.00, it is an
indisputable bargain.
Straight from the box, the kit
actually best depicts a Bf 109G-2,
as suggested by the panel
arrangement, closed tail wheel
well, style of oil cooler fairing,
supercharger intake and wide
propeller blades. Some extra work
will still be required for total
accuracy. A full list of these
modifications, plus a closer
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LEFT: 21st Century Toys produce
a range of 1/32-scale World War II
fighter kits, including this Messerschmitt
Bf 109F-2/F-4.
© Osprey Publishing • www.ospreypublishing.com
inspection of the parts in the box,
may be found in my detailed review
on the HyperScale website.
I decided to finish my kit as a
Bf 109F-2. I gathered the various
accessories and conversion parts
needed for the task.
COCKPITWith my initial look at the 21st
Century Bf 109F, I thought that
the cockpit was a bit underdetailed.
I quickly changed my mind after
I started working on the kit. The
finished cockpit looks very good
with only minimal extra work.
I decided to simply add harness
straps and rudder toe straps.
The harness is the flexible resin
item from Cutting Edge. The toe
straps are strips of lead foil.
There was an ejector-pin circle on
the armour headrest that I covered
with Mr. Surfacer.
The only other addition was a
length of fuse wire to complete the
fuel line on the starboard sidewall
(the front part in front of the
inspection tube is not moulded to
the sidewall).
I spent a couple of hours
painting up the cockpit. The results
were better than I expected. The
sidewall detail looked shallow when
unpainted, but was very convincing
after painting and weathering.
I added a few placard decals from
MDC and Reheat before sealing
the paint job with Polly Scale Flat.
With the cockpit finished,
construction of the main
components could take place.
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Construction is straightforward, with
the major parts being attached via stout
screws. The big holes are covered with
plastic caps.
Surface detail is a little heavy, but
accurately positioned.
© Osprey Publishing • www.ospreypublishing.com
63
LEFT: The multi-part, seated pilot figure
is beautifully sculpted.
RIGHT: A few minor enhancements were
made to the cockpit, including flexible
resin harness straps from Cutting Edge
and rudder toe straps cut from the lead
foil covering the top of a wine bottle.
A missing section of the fuel line was
also added to the starboard sidewall.
Even straight from the box, the cockpit
looks great after a careful paint job.
Tamiya acrylics were used to finish
the cockpit, with RLM 66 being the
base colour.
With the cockpit complete, basic construction is a snap – almost literally. The fuselage and wings have been glued together at this
stage, with the dihedral being set with masking tape stretched between the wing tips.
© Osprey Publishing • www.ospreypublishing.com
AIRFRAMEAs I was building my model as a
Bf 109F, I cut open the tail wheel
well before joining the fuselage
halves. This does not affect the
fit or functionality of the tail
wheel strut, which is secured
inside the fuselage.
Before assembly, I painted
interior components including the
wheel well and inside of the rear
fuselage plus the landing gear legs
in Gunze RLM 02. While the
airbrush was loaded up I also
sprayed the inside of the gear
doors. Inside the wings, the
radiators are blanked off with
raised plastic sections. The front
of these were painted black to hide
the lack of radiator faces.
The main undercarriage legs
must be installed before the wings
are assembled. A plastic plate is
screwed over the gear legs which,
in theory, allows the gear to be
retractable. I am not willing to test
this as the legs are held very tightly
in place. Perhaps the softer plastic
of the pre-assembled kits makes
this easier. I can advise that the
legs are very secure, and sit at
the correct angle, when they are
installed. The leading edge slats
are moveable, and these must also
be installed before the top wings
are glued in place.
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The way the kit is engineered means that the landing gear legs
must be glued in place as the wings are assembled. Caution is
required to avoid damaging the legs during subsequent
assembly, painting and handling.
The kit offers working leading edge slats. This is a nice touch,
but the slat well is nothing more than an open space.
The main joins are gap free. Check out the excellent fit of the
wing root.
The empennage is a separate subassembly but fit is also
impressive in this area. Even before painting, you can barely
discern the difference between the panel lines and the join.
© Osprey Publishing • www.ospreypublishing.com
Next, the tail sections were added
to each fuselage half. I figured that
this order of assembly would
provide the best alignment along the
panel line. I was right. Before gluing
the tail sections to the main fuselage
halves, however, I first cut off the
rudder. I have a spare tail section
from a Hasegawa Bf 109 and I
decided to adapt this better-shaped
item to the 21st Century kit.
The tail wheel strut was now
mounted on its pin, the cockpit
tub was placed between its locating
tabs and the instrument panel
installed on one fuselage half.
The panel is located securely in
slots inside the fuselage resulting
in a very positive fit.
The fuselage halves almost
snapped together. A tiny bit of
fiddling was required to align the
cockpit and instrument panel, but
the locating pins along the fuselage
provided a strong and accurate fit
for the fuselage halves.
I faithfully followed the
instructions and inserted the three
screws in their holes on the fuselage
sides. However, these made very
tight going and I was eventually
worried that I would damage the
plastic. I gather that this method of
construction was designed for the
softer plastic of the pre-assembled
kits. As it turns out, Tamiya Liquid
Cement was perfectly adequate for
the plastic seam lines, so next time I
will not bother using the screws at all.
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Blanking plates for the leading edge
slats were cut from plastic card and
glued into place.
The screw covers were fitted in place
but these left noticeable circles. These
recessed circles were slathered with
Milliput two-part epoxy putty. Several
hatches on the starboard side spine
were filled at the same time.
© Osprey Publishing • www.ospreypublishing.com
At this point I smugly ignored
the instructions, and glued the
full-span lower wing to the fuselage.
I should have followed the
instructions though, as I wound
up with a gap at the wing root on
one side when test-fitting the upper
wing halves. I cut open the joins at
the lower front of the bottom wing,
and glued the top halves in place
before re-securing the bottom wing
to the fuselage. The result was a
perfect fit at the wing root, the
lower wing at the rear fuselage, and
a very good fit at the lower front
wing section. You can save yourself
this extra step by simply following
the instructions and assembling
the wing before offering it to
the fuselage.
ADDITIONS ANDMODIFICATIONSWith the basic assembly done,
it was time to make a few changes.
The moveable leading edge slats are
a nice idea, but I thought that they
looked a bit clunky due to the
see-through effect behind the
slats into the interior of the wing.
I decided to blank off the area
behind the slats. This would mean
that the slats would no longer
be workable, but I could live
with that.
I measured and cut two lengths of
plastic strip to fit over the mounts,
creating a diagonal blanking plate.
I test-fitted the blanking plates in
position and then, when satisfied,
ran a bead of liquid glue along the
upper and lower joins while it was
still in place. I think these blanking
plates improve the finesse of the
model in this area.
Now it was time to deal with
those pesky plugs covering the
screws. There are five of these
plugs, and the fit varies from OK
to poor. Regardless of the fit,
however, they all need to be filled
and sanded. I like to use Milliput
White for this type of job.
Milliput is a two-part epoxy putty
that remains workable for at least
half an hour. It also has structural
strength. Best of all, the hardness,
when dry, is about the same as that
of styrene, so you don’t have to be
Charles Atlas to sand the putty
down to the level of the
surrounding plastic.
I mixed up a small batch of
Milliput by briskly kneading
and rolling two equal-sized balls
together. The heat generated from
this mixing process also makes the
putty softer and easier to work with.
The putty was selectively
pressed into the gaps and recesses
and then the excess removed (to
make the job of sanding easier).
While I had the Milliput mixed,
I used the leftovers to fill the
unnecessary hatches and redundant
locating holes (e.g., for the DF
loop and the cannon gondolas).
My model was destined to be
finished as an ‘F’, so I sliced off
the four scoops on the nose and
the raised pips under the canopy
(these are to mount an umbrella
on tropical versions).
I filled these small scars with
Milliput too. I also added a small
amount of filler to the join line
on the engine cowl, where the top
cowl meets the main fuselage.
There was no separate panel
here on the real aircraft.
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Circles were also filled on the nose,
in addition to a few small gaps
between the top and the side
of the engine cowling.
© Osprey Publishing • www.ospreypublishing.com
The only actual gaps left during
construction were at the bottom
rear of the engine cowls, and one
side of the leading edge of the
wing root close to the fuselage.
Overall fit was very impressive,
especially the traditional trouble
spots of the fuselage seam lines
and where the bottom of the wing
meets the fuselage. There were no
gaps whatsoever in these areas.
I left the Milliput to set for
about three hours. By this time the
putty was hard enough to sand
without sinking. I started by
sanding the bulk of the excess
putty off with 400-grit sanding
paper, followed by wet sanding
with MasterCasters’ purple then
blue sanding sticks. These look like
traditional sanding sticks at first
glance, but they have a flexible core
in the middle. They work well and
are very durable.
My original plan was simply
to cut the rudder off my spare
Hasegawa tail and glue it to the
21st Century kit fuselage. It was
not quite that straightforward.
When test-fitting, I found that the
Hasegawa rudder was too tall for
the 21st Century fin. Comparison
to drawings suggest that the
21st Century fin was around
1mm too short and between 1 and
2mm too narrow.
I first cut off the top of the
21st Century fin, as the antenna
mast is a bit clunky anyway. Next, I
glued plastic strip of the appropriate
width on either side of the fin, and a
single, wider strip to the top of the
fin. These were shaped to conform
to the kit part using a sharp hobby
knife and a small sanding stick.
The Hasegawa rudder, including the
top panel of the fin, was then glued
on to the 21st Century tail.
The resulting fit was quite good.
A swipe of Tamiya Surface Primer
(similar to thick Mr. Surfacer) was
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ABOVE LEFT shape of the kit rudder
and fin is less than perfect. The top
of the fin was cut off and lined with
plastic strip.
ABOVE RIGHT: The top of the fin and
the rudder from a Hasegawa 1/32-scale
Bf 109G-4 were glued in place to
improve this area.
LEFT: The outline of the 21st Century
Bf 109 is quite accurate. All the
various circles and hatches have been
sanded down.
© Osprey Publishing • www.ospreypublishing.com
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intake from Eagle Editions were used
to replace 21st Century’s somewhat
clunky parts.
Eagle Editions’ beautiful spinner was
also used. Note that the panel line
between the top and the side of the
engine cowling has been filled and
sanded. This was not a panel line on
the real aircraft.
Although they were not intended for
this kit, fit of the resin parts was good.
A little filler was needed at the rear of
the bottom cowl though.
© Osprey Publishing • www.ospreypublishing.com
all that was required to blank off
some tiny see-through gaps at the
hinge line. With the surgery to the
tail complete, I added the four thin
reinforcing strips to the rear
fuselage from fine styrene. I
brushed a layer of Tamiya Surface
Primer over the sanded-down
Milliput to make sure that all the
tiny imperfections were filled.
Last year I built a 1/32-scale Bf
109G-2 using Hasegawa’s kit and a
few pieces from the Aires Bf 109F
conversion. This meant that I had
the narrow supercharger intake,
shallow oil cooler housing and
appropriate propeller blades
left over.
I was delighted to find that
the oil cooler housing and narrow
supercharger intake fitted almost
without modification. The only
surgery required was to cut off the
rear locating pin from the intake.
I drilled a small hole in the leading
edge of the oil cooler housing and
installed a fine piece of wire
to represent the actuator rod.
I also decided to use an Eagle
Editions spinner.
The entire model was sanded
once more with the blue
MasterCasters sanding stick.
Several rounds of sanding
smoothed the very slight orange
peel texture of the plastic. Various
missing and relocated hatches were
scribed onto the fuselage using a
thin stainless steel template.
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The model is looking very much like a
mid-production Bf 109 now.
The only extra work required is scribing
the circular fuel filler hatch underneath
the canopy on the port side.
© Osprey Publishing • www.ospreypublishing.com
The Aires propeller blades
and the corresponding area on
the spinner were drilled out. Brass
tube was glued into the ends of
the propeller blades to ensure a
robust fit.
I also used one of the spare
vacform canopies from Aires’
1/32-scale Bf 109F conversion.
This is thinner and offers a more
‘in-scale’ appearance than the rather
chunky 21 Century canopy. The
distinctive side quarter windows in
the bottom of the windscreen are
much better too. I did use the
21st Century rear canopy section
though, as it was a perfect fit with
the kit’s fuselage spine.
The Aires canopy was quite
cloudy, but a bath in Future floor
polish made it sparkle. Some extra
hardware was added to the clear
parts, including grab handles for
the top corners of the windscreen
and a canopy release handle, all
formed from brass rod and strip.
With the kit’s surface now
prepared, the cockpit and landing
gear was masked and the model
given an overall coat of Tamiya’s
Grey Fine Surface Primer straight
from the can.
PAINTAll paint was applied with my
Testor Aztek A470 airbrush fitted
with the fine tan-coloured tip.
My model was destined to wear
the striking colours of Leutnant
Max-Hellmuth Ostermann,
Staffelkapitan of 7./JG 54 in the
autumn of 1941. The kit supplies
markings for this aircraft.
One of its prominent features
is a yellow nose and fuselage band.
However, I often have trouble
getting yellow paint to cover
properly. I also find that acrylic
yellows take a long time to dry and
are very prone to fingerprints and
damage even weeks after application.
Recently I have managed to avoid
these problems. I started with a coat
of white primer on the nose, mid
fuselage and lower wing tips.
This was lightly sanded and
polished before a coat of Tamiya
Spray TS-34 Camel Yellow was
sprayed on the area. I decanted a
quantity of this gloss yellow paint
from the can into a disposable
container and applied the paint
using my Aztek airbrush. This
acrylic lacquer still needed two coats
over the white primer, but it dried
fast and coped well with subsequent
handling. Once thoroughly dry, the
yellow sections were masked using
Tamiya masking tape.
I based my painting and
markings on a colour photograph
on page 13 of Monogram’s old
Close-Up 9: Bf 109 F (Monogram
Aviation Publications, 1990).
This photo is clearly captioned as
Ostermann’s Bf 109F, and shows
the aircraft with a narrow yellow
fuselage band in front of the
Balkenkreuz and the number in
front of the band.1 However, there
are some key differences between
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1. The fuselage number is almost completely obscured by the wing in the colour photograph on page 13 of the Monogram Close-Up. However, the bottom right-hand side of the number can just be made out. It is white with a narrow black outline, but it is curved. This would suggest that the number is not ‘2’. Digits witha curved bottom right corner might include 3, 5, 6, 8 or 9. So is this the same aircraft repainted, or another of Ostermann’s mounts? I would be interested ifanyone has additional information.
© Osprey Publishing • www.ospreypublishing.com
this colour photograph and a good
quality three-quarter rear view
wartime photo of Ostermann’s
Bf 109F, which shows the fuselage
cross painted directly over a wide
yellow fuselage band, and the large
number 2 immediately forward
of the cross. This conforms to
the kit marking guide and decals.
Unfortunately, I did not receive
this image until after the model was
finished (I am grateful to Goran
Edkvist for sending this photo).
The first camouflage colour was
Polly Scale RLM 76 Light Blue,
applied to the lower surfaces and
fuselage sides. Next, Polly Scale
RLM 75 Grey Violet was applied
to the top of the wings, tailplanes
and fuselage spine with the Testor
Aztek airbrush fitted with the fine
tan-coloured tip. A first-pass mottle
of RLM 75 was also sprayed onto
the fuselage sides and fin. Similar
to the treatment of the RLM 76, a
paler shade of RLM 75 was mixed.
Small, random streaks were sprayed
over the base colour.
A disruptive coat of Polly Scale
acrylic RLM 74 Grey Green
followed this. The camouflage
pattern on the wings was masked
using paper held off the surface
of the plastic with tiny blobs of
Blu-Tack. This technique delivers
a slightly feathered edge.
I painted the irregular fuselage
mottle according to the colour
photograph in the Monogram
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Prior to painting, the model was
sprayed with grey primer and polished
to highlight any lingering problems.
The entire nose, the fuselage band and
the rudder were painted yellow before
masking. The base camouflage colour
is Polly Scale RLM 76 Light Blue.
© Osprey Publishing • www.ospreypublishing.com
Close-Up 9: Bf 109 F. In this photo,
the yellow rudder also appears to
have been mottled with RLM 75
around the victory marks. I roughly
masked the area to receive the panel
of victory marks and sprayed a soft
mottle around it.
I also used the colour photo as a
reference for the spinner. The front
of the cap appeared to be ‘thirded’
in white, while the rear part of the
spinner was a constant dark colour.
I chose RLM 70 Black Green and
white for the forward section, and
black for the rear. Propeller blades
were painted RLM 70 Black Green.
DECALSThe model received a coat of Polly
Scale Gloss acrylic before the
markings were applied. I find that the
Polly Scale clear finish can be more
easily controlled than Future when
spraying, does not run on horizontal
surfaces, and yet still delivers a hard,
shiny finish ideal for decals.
I used the 21st Century kit decals,
which are very thin, perfectly opaque
(even the large white numbers) and
settled down beautifully into panel
lines. The completed paintwork was
sealed with a two thin coats of Polly
Scale Flat acrylic.
The finishing touches were now
applied, including the canopy, pitot
tube (from brass tube and rod),
wing tip lights (small resin coloured
‘bulbs’ covered with a ‘lens’ of
two-part epoxy glue), aerial wire
from nylon monofilament and
resistors formed using small blobs
of Krystal Kleer.
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to the top of the wings, tailplanes
and fuselage.
This was followed by a disruptive coat
of Polly Scale acrylic RLM 74 Grey
Green. The camouflage pattern on the
wings was masked using paper held off
the surface of the plastic with tiny blobs
of Blu-Tack.
© Osprey Publishing • www.ospreypublishing.com
CONCLUSIONWe often speak of scale aircraft
modelling as if it is one hobby.
In fact, there are as many different
interpretations of the hobby as there
are modellers. In my opinion, there
is no single ‘correct’ goal, whether
accuracy, artistic attractiveness, or
something as simple as finishing a
model that looks vaguely like the
intended subject aircraft. If the
individual modeller is satisfied
with their result, that is enough.
There has been much discussion
recently about factors that will
bring about the death of our
hobby. The long list of these fatal
influences includes Mike Grant’s
‘smoke ring’ decals, Spitfire
fuselage lengths, the rise of die-cast
collectibles, video games and the
emphasis of surface detail on
particular kits. Without doubt,
21st Century Toys’ new inexpensive
kit line will be added to this
Doomsday list.
Even so, I believe that this
model will be appreciated by
an assortment of people for
different reasons.
My ten-year-old son loves the
recent series of 1/72-scale Hobby
Boss aircraft kits. We have sat
down and built a few together.
I can see a time in the near future
when he would be delighted to
be able to buy 21st Centurys’
1/32-scale Bf 109 with his own
pocket money, and build it in one
afternoon. Thinking back 40 years
to myself at ten years old, that
scenario sounds kind of familiar.
Similarly, for modellers coming
back into the hobby after college
and family, these kits will represent
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I painted the irregular fuselage mottle
according to the colour photograph in
the Monogram Close-Up 9: Bf 109 F. In
this photo, the yellow rudder also
appears to have been mottled with RLM
75 around the victory marks. I roughly
masked the area to receive the panel of
victory marks and sprayed a soft mottle
around it.
I used the 21st Century kit decals,
which are very thin, perfectly opaque
and settled down beautifully into panel
lines.
© Osprey Publishing • www.ospreypublishing.com
a way to create a nice model with
basic skills, and encourage our new
recruit to try something more
ambitious next time.
Even the more experienced
modeller might feel jaded
sometimes. This kit could represent
a refreshing sorbet between heavier
courses. Or if someone prefers
painting to construction, this artist
might use 21st Century’s Bf 109 as
a plastic palette for their penchant.
There is no doubt that, in a
side-by-side comparison to
Hasegawa’s 1/32-scale Bf 109
family, the Hasegawa kits are clearly
superior in terms of surface finesse,
detail and finish. Despite this,
there is an important place for
the 21st Century kit for less
experienced modellers and, with a
sticker price of around US$10.00,
modellers on a budget. I also
enjoyed spending the extra time and
effort making the model into a
more accurate replica of the Bf
109F. I think that 21st Century
Toys has admirably captured the
overall look and feel of the Bf 109.
The completed paintwork was sealed
with a two thin coats of Polly Scale
Flat acrylic.
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© Osprey Publishing • www.ospreypublishing.com
75
KG13ASTEUERKNUPPEL
LUFTWAFFE
CONTROL STICK
Master modeller and author
Maurizio Di Terlizzi
launched his own brand of resin
kits called ‘Tail Boom’ in 2007.
His earliest releases were helicopter
related but his latest products have
been a radical departure.
Tail Boom’s newest release is a
1/1-scale KG13A Steuerknuppel
Luftwaffe Control Stick for many
mid- to late war Luftwaffe fighters
including the Messerschmitt
Bf 109G, Me 262 and Focke-Wulf
Fw 190.
The kit comes packed in a white
cardboard box. Twenty-five parts
are provided in grey-coloured resin,
a data plate is provided in thin
metal, and another metal part
represents the stays for the
electrical cabling. The kit is
rounded out with a length of
electrical cable. The parts have
been cast directly from a genuine
wartime control column. There are
no casting imperfections on my
sample. Instructions are provided
on a folded A4 sheet, which
includes full colour diagrams of
the parts and of the completed
gunsight. Helpful notes and a
colour guide are also offered.
WORKING WITH LARGE-SCALE RESIN KITSI never thought that I would build a 1/1-scale kit until Maurizio Di Terlizzi graced us with his line of
full-sized model aircraft parts. As soon as I saw both these kits I knew that I had to have them to sit
along side some of the aircraft instruments that I have collected over the years.
LEFT: Tail Boom’s full-sized KG13A
Steuerknuppel Luftwaffe Control Stick
by Mick Evans.
MIDDLE: Tail Boom Models’ control
stick features a working gun button
cover. Here it is closed…
RIGHT: … and here it is flipped open.
© Osprey Publishing • www.ospreypublishing.com
REVI 16B REFLECTORGUNSIGHTThe Revi 16B was the standard
reflector gunsight fitted to Luftwaffe
fighters from the mid-war period
onward. Aircraft types included
the Dornier Do 335, Focke-Wulf
Fw 190A and D, Ta 152, Heinkel
He 162, Messerschmitt Bf 109F,
G and K, Me 163 and Me 262.
The Tail Boom full-size Revi
16B kit comes packed in a humble
brown cardboard box. The simple
sticker states the gunsight name
and your individual werknummer.
Only 25 of these gunsights will be
made, so the numbers will not run
too high. Twenty-six parts are
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The kit includes a metal data plate. The curved piece of metal holds
electrical cabling in place. This must be
bent to shape with the aid of a template
drawing supplied with the instructions.
The white markings have been painted
carefully with a fine brush.
Tail Boom’s full-sized resin Revi 16B
Reflector Gunsight by Mick Evans.
© Osprey Publishing • www.ospreypublishing.com
provided in shades of grey and
cream coloured resin. The two
reflectors are supplied in clear
resin, while the gunsight lens is
optically ground glass. A number
of metal parts are also included –
screws, a spring, an etched data
plate – making a total of 40 parts.
The parts have been cast directly
from a genuine wartime Revi 16B
gunsight, so any minor nicks and
scratches are entirely authentic.
There are no casting imperfections
on my sample.
The reflector and sun screen are
quite remarkable castings. At first, I
thought that one of these thick clear
parts had air bubbles on two of the
corners. However, after consulting
Maurizio and re-examining the piece,
it turns out that these are perfect
castings of chips out of the edges of
the glass. The edges of the clear parts
feature grinding marks, and the top
of both reflectors have raised serial
numbers – very impressive indeed.
The resin parts require only minimal
cleanup before assembly.
The gunsight body has the
original data plate cast on the
front. An optional separate data
plate is supplied if the modeller
prefers. Personally, I think it would
be a shame not to install this
attractive separate metal part.
PREPARATIONThe castings were so perfect that
they required no cleanup, in fact
the thread on the screws actually
screwed into some of the holes and
held without any glue.
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The body is a large single resin casting.
Smaller resin parts plus metal screws are
also included.
© Osprey Publishing • www.ospreypublishing.com
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More metal parts plus resin screws. All
the resin parts are perfectly cast.
BOTTOM LEFT: The reflectors are cast
from clear resin, but they look for all the
world like antique glass.
BOTTOM RIGHT: A polished glass lens
is included.
The metal data plate lends even more
authenticity.
© Osprey Publishing • www.ospreypublishing.com
GUNSIGHTASSEMBLY ANDPAINTINGAssembly is quite simple with the
only real work required being
reducing and cleaning up the
collimator glass retaining ring to
tightly fit around the circumference
of the glass.
The gunsight was painted in
various shades of RLM 66 Black
Grey as detailed in the instruction
sheet, but I made the foldaway sun
shade combining glass too dark
and it needs to be polished back
to a be a bit lighter in shade.
As I had spent many hours
maintaining the cockpit of an
RAAF Mirage IIIO and Macchi
326H weathering the gunsight was
quite simple. The paint wears very
quickly from constant glove contact
and chips easily when knocked with
tools and various other objects.
CONTROL STICKASSEMBLY ANDPAINTINGIf anything, assembling the control
stick was even easier than the
gunsight. Once the resin parts
were cleaned up, they were glued
together using superglue. The only
area that needs extra care is the top
of the handle. This includes a
separate part that must be glued
into place to trap the gun button
cover in place. The problem is that
operating the flap can break off
this separate part. It would be best
to secure this part with two-part
epoxy adhesive, which delivers a
less brittle bond than superglue.
A template is provided to assist
bending a flat length of metal.
Once folded into shape, this will
guide the electrical wiring.
The bottom of the stick was
painted semi-gloss black enamel,
with the handle being finished in
flat black. The pre-printed data
plate is supplied in the kit, but the
white markings were carefully brush
painted onto the completed model.
These are truly excellent kits,
and they are impressive display
pieces when finished.
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BELOW: Tail Boom’s full- sized Revi
16B gunsight is a very impressive
display piece.
LEFT: The model was painted in subtly
different shades.
RIGHT: Some wear and tear of heavily
used areas was applied.
© Osprey Publishing • www.ospreypublishing.com
Despite the clear family
resemblance to the earlier
Wildcat, the Hellcat was an all-new
aircraft. The resulting naval fighter
was stocky in profile, large,
powerfully armed and armoured,
and heavy. The Hellcat has secured
its place in history with a
remarkable kill ratio of 19:1.
A number of 1/48-scale
Hellcat kits have been available
for some time now. The old
Monogram kit was a typical
product of the 1960s with
gimmicky moving parts, accuracy
problems and poor detail. The
ARII/Otaki offering from the
1970s was much better, but was
let down by a low level of interior
detail. Hasegawa’s F6F family dates
from the mid-1990s, but it is still
a nice model – well detailed with
finely recessed panel lines. Perhaps
the most frequent criticism levelled
at this kit is the slightly squashed
and undersized shape of the lower
cowl intake – the Hellcat’s
distinctive ‘grin’.
EDUARD’S 1/48-SCALE F6F-3 INTHE BOXEduard has now entered the fray
with a new family of Hellcat
kits in 1/48 scale. Eduard’s
1/48-scale Hellcat comprises 108
olive-coloured injection-moulded
plastic parts; 17 clear parts; two
nickel-plated photo-etched frets;
one coloured photo-etched fret;
masking sheet for canopy and
wheels; and a large decal sheet
covering five markings options.
BUILDING A CURRENT GENERATIONLONG-RUN INJECTION-MOULDED KITThe Grumman F6F Hellcat was designed as a stopgap upgrade of the lightweight F4F Wildcat, almost
as an insurance policy in the event that the F4U Corsair, then under development, did not live up to
expectations.
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Surface texture on Eduard’s
latest releases has been superb,
and this new Hellcat enhances
that already impressive reputation.
In addition to crisp, finely recessed
panel lines and selected rows of
rivets, the Hellcat fuselage employs
a subtle lapped panel effect. This
really works well. The fabric ribs
on the control surfaces are also
very convincing.
Details are equally good.
The cockpit is supplemented with
the usual complement of colour
photo-etched parts, including a
layered instrument panel, switch
panel and harness straps. For those
who prefer to paint their cockpit,
an alternative (and very nicely
detailed) injection-moulded
instrument panel is also supplied.
The engine is a simple assembly,
with only five plastic parts, but
detail is barely compromised.
Pushrods are moulded in place, a
photo-etched ignition harness is
included, plus several colour photo-
etched parts for the crankcase.
The undercarriage legs and
wheel wells are suitably busy. The
wheels are supplied with separate
hubs and tyres. These appear to
be the plain narrow style fitted to
the prototypes and the earliest
production models, and should be
appropriate for marking options A
and B. If you are building a later
F6F-3, there are aftermarket
Hellcat wheels readily available
from Ultracast and True Details.
The delicate antenna post on the
fin is a separate part that may be
installed following construction and
painting. This is a thoughtful touch
that will avoid the almost inevitable
damage to a post moulded in place
on the top of the fin. The canopy
parts are crystal clear and thin.
Separate parts are supplied to permit
the sliding canopy to be displayed
open or closed. Control surfaces are
all supplied separately. These are
tabbed to assist precise alignment in
the neutral position. Ailerons and
elevators can easily be repositioned
after slicing the tabs off.
The cowl is broken down into
three pieces, and three different
cowl styles are offered:
• The earliest, with exhaust
fairings and lower cowl flap
on each side.
• Next, with the exhaust fairings
but with the lower cowl flap
deleted from each side.
• The later F6F-3 variant with
no exhaust fairing.
As usual, Eduard has supplied
self-adhesive die-cut masks for the
canopy and wheels.
CONSTRUCTIONThis was one of the most pleasant
builds that I can recall. Eduard’s
colour photo-etched parts really
spruce up the cockpit with a
minimum of effort. The ignition
harness for the engine is supplied
on a second photo-etched fret,
and it fits well.
There were only two deviations
from the instructions. First was the
long locating tabs for the elevators,
as I wanted to depict these dropped.
Eduard’s Hellcat cockpit is enhanced
with colour photo-etched parts, all
included in the kit.
© Osprey Publishing • www.ospreypublishing.com
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a coat of Gunze Interior Green and
a wash of thinned oil paint to add
emphasis to shadow areas.
The photo-etched parts really bring the
front office to life.
Don’t forget to install the rear quarter
windows and the photo-etched
diagonal frame behind them.
© Osprey Publishing • www.ospreypublishing.com
83
ABOVE LEFT: The long locating tabs were
cut off the elevators to permit them to
be depicted in the dropped position.
ABOVE RIGHT: The engine cylinders
and photo-etched ignition harness are
really well done, but the crankcase is a
little bland.
MIDDLE: Basic construction was
completely trouble free and almost
embarrassingly fast. The fuselage was
together in no time at all.
BOTTOM: Fit of the wings was
excellent. Just a smear of filler was
required at the rear of the wing root.
© Osprey Publishing • www.ospreypublishing.com
The second variation was to
shorten the length of the main
undercarriage legs. The legs appear
to be the equivalent of unsprung
length, so the model looks a little
stalky. I simply cut away about
2mm above the oleo strut, and
then drilled holes into the top and
bottom sections of the legs before
using superglue and a brass pin to
glue the two pieces together.
Following assembly of the
airframe, the only filler required
was a smear at the extreme rear of
the wing roots, above and below,
where they meet the inboard
sections of the flaps.
PAINTING ANDMARKINGSEduard’s Hellcat Mk I/Mk II Dual
Combo set was released shortly
after I started building their F6F-3
Hellcat. This includes two full
models plus markings for six
attractive British Fleet Air Arm
Hellcats. I could not resist
finishing my F6F-3 as an externally
identical Hellcat Mk I in SEAC
markings supplied in the Dual
Combo package.
First, I primed the entire
airframe with Tamiya Grey Primer.
All paint was applied using the
Testor Aztek metal bodied
airbrush fitted with the fine tan
tip. The lower surfaces were
sprayed with Tamiya XF-21 Sky.
Next, the upper fuselage and the
top of the wings were coated
with Tamiya XF-22 RLM Grey.
This does not really look much
like RLM 02, but it seems to be
a reasonable match for faded dark
slate grey. I made the shade a little
less faded by adding some dark
green to the mix. I was quite
happy with the colour on the
model by itself. A few spots and
streaks of a paler shade of my
Dark Slate Grey mix were sprayed
randomly on the model.
The disruptive pattern was
applied using paper masks lifted
slightly off the surface with small
blobs of Blu-Tack to achieve a fairly
hard-edged demarcation. After
experimenting with a few colours,
I eventually settled on Tamiya
XF-24 Dark Grey for the ‘mixed
grey’ used on the real aircraft.
When the masks were removed,
I was horrified to see that the
contrast between the two colours
was almost non-existent. I loaded
the airbrush with unmixed Tamiya
XF-22 to significantly ‘lighten up’
the dark slate grey sections of
the camouflage.
With all the major colours
applied, it was important to apply
a protective topcoat. I find Tamiya
paints are almost chalky once
applied, and can very easily be
scratched or worn off even with
careful handling. I therefore
immediately applied two light
coats of Polly Scale Gloss to seal
the paint job. This also created an
ideal surface for the decals.
Eduard’s kit decals were used.
I liked the look of the crisp official
markings combined with the
scrawled number on the cowl – also
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A smudge of filler was also needed in the corresponding
position under the wing.
The dropped elevators lend some interest to the rear end. These
parts fit well even without the benefit of their locating tabs.
© Osprey Publishing • www.ospreypublishing.com
85
The paint job was kicked off with a coat
of primer.
The lower surfaces were masked with
wide Tamiya ‘Kabuki’ tape for sharp
upper surface camouflage demarcation.
Paper masks were cut to shape and
applied to the surface with small balls
of Blu-Tack. This delivers a sightly
feathered edge between the two upper
surface colours.
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Eduard’s markings from their Hellcat Mk
I/Mk II boxing were used to transform
my US Navy F6F-3 to the British Fleet
Air Arm variant. Decals performed
perfectly over a gloss coat.
My version of extra dark slate grey has
been mottled with a paler shade to lend
some variety to the scheme.
The unveiling of the masks revealed that the contrast between
the colours was very low – much less than I was hoping for.
It is never too late to correct an error. I resprayed the dark
slate grey sections with a paler shade to improve the contrast
between the two colours. I was happier with this.
© Osprey Publishing • www.ospreypublishing.com
87
A flat coat followed by selective
weathering with an airbrushed mix
of flat black and red brown ties in the
markings with the uniquely FAA finish.
The landing gear legs are slightly too
long, making the model look a little
stalky straight from the box. The fix is
very easy – cut a section out of the leg,
drill and pin. A couple of millimetres
make a world of difference.
Eduard supplies clear landing lights. The
post side has been painted clear red.
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The whip antenna is made from
stretched sprue, while the aerial wire
is nylon invisible mending thread.
The fit of the clear parts is up to the
same high standard as the rest of
the kit.
The sit of the model looks much better
here after the minor surgery to the
gear legs.
© Osprey Publishing • www.ospreypublishing.com
supplied as a decal. The decals,
printed by Cartograf of Italy,
performed flawlessly in combination
with Micro Set and Micro Sol.
A coat of Polly Scale Flat Clear
was sprayed over the model before
the airframe was shaded with a thin
mix of flat black and red brown.
This was sprayed along control
surface hinge lines, selected panels,
in a few random spots and streaks
and along the demarcation line
between the dark slate grey and
extra dark sea grey. This slightly
reduces the harshness of the
masked demarcation. A finishing
coat of Polly Scale Flat sealed
the weathering.
CONCLUSIONEduard’s 1/48-scale Hellcat family
is beautifully detailed, features
excellent surface texture and
offers plenty of useful options
to the modeller.
The more I look at the shape of
the Eduard chin intake, the more I
like it. If you do not agree, however,
you have several options available
to you right now in the form of
replacement cowls from Cutting
Edge, Quickboost and Obscureco.
Similarly, if you are building a
mid- to late-production Hellcat,
you might like to replace the
narrow kit wheels with resin
offerings from Ultracast or
True Details.
Whereas Eduard’s last two
new-tool offerings, the Fw 190
and Bf 110 families, have been
challenging to build in some
respects, this new Hellcat is
noticeably more straightforward.
Eduard has responded to
comments about kit complexity
with a model that is quite
simply broken down without
compromising detail in important
areas such as the engine face,
cockpit and undercarriage. Building
the Eduard Hellcat should present
no hurdles to the average modeller.
In a sprue-by-sprue comparison,
Eduard’s new 1/48-scale Hellcat
is also clearly superior to the
ten-year-old Hasegawa F6F kits
in terms of detail and surface
texture. In my opinion, Eduard
has delivered the best F6F Hellcat
available to date in any scale.
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A heavier application of weathering has
been added behind the exhaust areas
on the lower surfaces.
Eduard’s 1/48-scale F6F Hellcat kits are
easy to build, well detailed and accurate.
© Osprey Publishing • www.ospreypublishing.com
UPGRADING AN OLDER KIT WITHRESIN COCKPIT AND WING FOLDHasegawa’s 1/48-scale Hellcat family was released in the mid-1990s, but they are still quite respectable
kits today. Eduard’s new 1/48-scale Hellcats have improved on Hasegawa’s offerings in terms of surface
detail, interior features and the shape of the cowl, but overall accuracy of the Hasegawa kit remains good,
and it can still form the basis of an impressive modelling project.
Before Eduard released their
own F6F-5N, I decided to
build the nightfighter using the
Hasegawa kit. For a little variety,
I also decided to depict this model
with folded wings. There are two
main choices for this task. Cutting
Edge released a resin wing fold in
2003, but the company closed
down in 2008 and the set is
hard to find. Dangerboy from
the USA produced a wing fold
set for Hasegawa’s Hellcats
back in 2000. The moulds
were sold to Lone Star Models
a few years ago and the set is
still available from them online at
www.lonestarmodels.com. For this
project I used the Dangerboy wing
fold, but more on this later.
CONSTRUCTIONConstruction commenced in
the cockpit. An Ultracast resin
seat replaced the kit part, and
Hasegawa supplies an alternative
resin instrument panel. This has
the radar scope cast in place.
All the cockpit parts were painted
and weathered.
Although I had my doubts when
looking at the basic plastic parts on
the sprues, the front office came up
very nicely with nothing more than
careful detail painting. The cast-on
harness straps of Ultracast’s delicate
seat helped too though.
The engine is also quite simple,
although the crankcase is better
detailed than Eduard’s. I added
a wiring harness using lengths
of copper wire cut to size.
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Hasegawa’s 1/48-scale F6F-5N Night
Fighter kit includes a radome and
replacement instrument panel in
butterscotch-coloured resin.
A replacement resin seat from Ultracast
was added to the kit cockpit.
Although it looks a bit basic in bare
plastic, the kit’s cockpit scrubs up very
well after a careful paint job.
© Osprey Publishing • www.ospreypublishing.com
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the dials on the instrument panel. Other
details have been picked out with
acrylic paint and a fine brush.
Hasegawa’s crankcase is particularly
nice, but I could not ignore the lack of
an ignition harness. The harness was
added from copper wire.
The wires were painted brown
and folded back. The overall effect
is quite acceptable.
© Osprey Publishing • www.ospreypublishing.com
Once again, with careful painting
and weathering the effect was
pretty pleasing. The balance of
assembly was fast and trouble free.
However, I decided that I could
not allow the understated grin
of Hasegawa’s cowling chin go
uncorrected, so I used the
Quickboost resin replacement. This
is a very simple accessory with just
two parts – the main cowling and
an insert at the bottom. An added
bonus is that the cowl flaps are
cast in the open position. Once the
parts are cleaned up and assembled,
the cowl is a drop-fit replacement
for the kit part.
THE WING FOLDDangerboy Hobbies’ Hellcat Wing
Fold is designed for any of
Hasegawa’s F6F-3 or -5 kits in
1/48 scale. Seven resin parts are
packed in securely in bubble wrap
and a stout cardboard box. There
are no casting blocks on the large
parts, and only a few translucent
feathers of flash in a few spots.
The three main parts combine
to completely replace the kit wings.
The central section provides upper
and lower mid-wing in a single
casting, and the outer wing panels
are similarly simple single pieces.
The simplicity of parts breakdown
in no way compromises detail.
Clever undercuts reveal structural
detail inside the wing fold on the
three main parts. This interior
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At least two wing fold sets have been
released for Hasegawa’s Hellcats. These
are from Cutting Edge and Dangerboy.
I chose to use the Dangerboy folded
wing, now available from Lone Star
Models. This is a very simple but
effective conversion.
© Osprey Publishing • www.ospreypublishing.com
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replacement cowling can be seen
assembled here too.
Plastic rocket stubs and wing cannon
fairings are attached to the resin parts
using superglue.
The outer wing panels are checked for
fit. In fact, they fit so well that glue is
not required to keep them in place.
© Osprey Publishing • www.ospreypublishing.com
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The view from below, prior to any filling
or sanding.
The Quickboost engine cowling was
almost a snap fit too. Note that a little
filler has been applied at the wing root.
Flame dampers and exhausts complete
basic construction. Now the painting
will begin!
© Osprey Publishing • www.ospreypublishing.com
detail is very crisp, as are the panel
lines and subtle fabric effect on the
exterior of the wings.
There are a few tiny pinhole
bubbles visible beneath the surface
of the wing centre section. It is likely
that sanding will open some of these
tiny holes, so a few minutes with a
tube of putty and a sanding stick
will be a good investment. A slightly
raised ridge of resin runs most of
the length of the outer wing trailing
edges on my sample. Light sanding
will make short work of this excess
material, but take care not to
eliminate the delicate fabric detail
of the ailerons. Four additional resin
parts represent the wing fold drop
panels and outer gear well panels.
Construction is as simple as the
engineering of the parts
breakdown. A pin on the outer
wing slides snugly into a keyed slot
in the leading edge of each inner
wing fold. This method is virtually
foolproof and appears quite secure.
In fact, it will not be necessary to
use glue on this join if you want to
occasionally remove the outer wing
panels and admire the interior wing
fold detail to the maximum.
Dry-fitting the main conversion
components with the Hasegawa
fuselage suggested excellent fit.
Following assembly, there was only a
fine gap to fill at the bottom fuselage
to rear of centre wing section join,
and at the upper wing roots.
The radome supplied with
Hasegawa’s F6F-5N is resin.
This was attached to the starboard
outer wing panel with superglue
and faired in with putty.
The fit of the outer wing panels
was so good that I did not need
to glue them in place. They were
left off until the last thing,
making painting and decaling
considerably easier than it might
have otherwise been!
PAINTING ANDMARKINGSYou can’t ask for a much simpler
colour scheme than overall Gloss
Sea Blue! I am not usually an enamel
person, but this time I decided to
use Testors’ Model Master enamel
from the spray can for the sea blue.
I decanted paint from the can into a
jar, and then applied the undiluted
paint using my Aztek A470 airbrush.
The result was a spectacularly
smooth high-gloss finish.
Hasegawa’s kit markings
were used. These were slightly
translucent, so the white was not
quite as bright as I had hoped.
The drop tank and radome were
painted Tamiya XF-2 Flat White
acrylic. The radome was mottled
subtly to represent the irregular
fibrous surface.
The model was finished in a
coat of Polly Scale Flat acrylic to
tone down the high level of gloss.
In retrospect, however, I wish that I
had retained the high sheen.
CONCLUSIONHasegawa’s 1/48-scale F6F family
might be more than 15 years old,
but the kits still scrub up pretty
well, even straight from the box.
The worst aspect of the Hasegawa
is the squashed lower chin, but a
number of aftermarket solutions
are available to fix this issue.
Eduard certainly has the edge in
detail and options, but if you have
a few Hasegawa Hellcats stashed
away, they are still worth building.
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The model was prepared for its glossy
finish with a coat of Tamiya’s Extra Fine
White Primer. This is an ideal surface for
a finish that must be perfectly smooth.
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Testors’ Model Master Sea Blue was
decanted from the spray can and
airbrushed onto the model for a
spectacularly smooth and glossy effect.
I later regretted flat coating this
gorgeous finish.
Kit decals were applied over the
gloss blue, with a flat coat following.
The white of the kit decals was a
little translucent.
Detail parts such as the undercarriage,
drop tank and propeller were painted
and weathered prior to final assembly.
© Osprey Publishing • www.ospreypublishing.com
With its wings folded and dull dark
scheme, the model looks a bit like a
sleeping bat!
Underwing codes and the radome adds
a little interest to the starboard side.
The wider ‘grin’ of the Quickboost
exhaust is a major improvement over
the kit cowling. CH
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Ihave wanted to build one of
these odd birds for a long time
now. Originally, I was going to
modify the old Revell B-25C kit.
When the Accurate Miniatures
kit was released, I thought that
I would sacrifice a Monogram
kit by cutting out the side gun
positions and installing them in
the Accurate Miniatures fuselage.
However, I decided to take
a completely different route that
would provide the opportunity to
exercise some scratch building and
modification techniques. I could
relocate the turret position,
remove the blast panels from
the nose, cut out some fuselage
windows and, voila, a hybrid
B-25D!
THE CONVERSIONThe basis of the conversion
was an original issue 1/48-scale
Monogram B-25J in glorious
silver plastic (no paint required,
especially if you like your natural
metal with mould flow channels).
CONVERTING A MODEL KIT THEOLD-FASHIONED WAYThis 1/48-scale Mitchell is one of the peculiar hybrid B-25Ds used by some Commonwealth, Soviet,
Dutch and RAAF units. These unusual aircraft featured the fuselage side and tail gun positions of the
B-25J, yet retained the turret position and windows of the B-25D.
Monogram’s 1/48-scale B-25J Mitchell,
backdated to an unusual hybrid B-25D.
© Osprey Publishing • www.ospreypublishing.com
I originally did some testing of
Micro Krystal Kleer on the old
Revell fuselage for making the
windows. The results were not bad,
but there were some bubbles visible
on the slightly wavy surface
I wanted to finish all the
conversion work before beginning
construction. I started with the
raised blast panels on each side of
the nose. These are very prominent,
so I was concerned that even a
coarse file would not be practical.
I therefore attacked the panels with
a grinding disk in my Dremel
motor tool. I knew that I would
be hacking at the plastic, so my
plan was to fill the resulting rough
surface with Milliput then sand
it smooth again.
Next, I marked out the
positions of the new fuselage
windows and made a start to the
tricky process of cutting them out
by scribing deep outlines with the
aid of a template. I then drilled
out several holes in each window,
which permitted me to get the
tip of a hobby blade into the
opening and nibble out the rest
of the plastic.
The blast panels of the nose
were now smoothed using a coarse
sander followed by progressively
finer grades. I was surprised that
the plastic had not suffered any
major blemishes after the harsh
treatment with the Dremel. A few
spots of Milliput on each side
of the nose restored the surface.
It was also interesting to see that,
even though the panels had been
completely eliminated, the plastic
retained a prominent ghost (maybe
a poltergeist) of the rectangles.
RELOCATING THETURRETOne of the most important aspects
of this backdate was relocating
the turret from the front to the
mid upper fuselage. I started by
cutting a circle template from a
self-adhesive Post-it note using my
Olfa circle cutter. I scribed a line
around the template, also using
the circle cutter.
Next, I fitted my Dremel motor
tool with a round cutting wheel
and sliced into the circle, stopping
each slice just inside the scored
circumference of the circle. At this
stage I simply nibbled away the
remnants of the plastic still inside
the circle with sprue cutter and a
sharp knife.
Test-fitting the turret indicated
that the opening was too big on
the port side. I therefore lined the
semicircle with a sleeve of styrene
strip. The raised protrusion was cut
off with a sharp hobby blade.
Revell’s 1/48-scale B-25C kit
supplies an insert to blank off the
lower gun turret of that kit. This
part was a fairly close fit for the
opening of the original Monogram
B-25J turret position, so it was
superglued in place.
With the grinding and some
of the fuselage conversion done,
I decided to putty any gaps and
gouges. My weapon of choice for
this type of job is Milliput White.
A relatively large amount of putty
on the front of the starboard
side was required to build up
the canopy sill, which I had
inadvertently thinned down while
grinding the blast plates off.
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Revell’s old B-25D may be seen in the
foreground, with the Monogram kit
in the rear. Note the hole for the
forward upper turret in the Monogram
kit fuselage.
© Osprey Publishing • www.ospreypublishing.com
DESTAGGERINGTHE WINDOWSThese Aussie Mitchell IIs had
their waist windows in line with
each other, not staggered like the
J model. I finally decided that
I could not get away with leaving
the port side waist gun position
where it was, so I resolved to hack
it out the fuselage side and relocate
it forward.
The first step was to outline the
area to be removed in self-adhesive
Dymo tape. This rectangle was
scribed deeply as a guide to cut the
section out. After a few ineffectual
passes with a hobby knife, I fetched
my razor saw to do the heavy
cutting. Attacking the scribed line
at an angle worked well, resulting in
a fairly clean and narrow cut line.
The excised rectangle was now
ready for modification. The left
side of the rectangle was carefully
cut off and glued next to the
right side of the window. This
resulted in the window being
moved forward.
The modified insert was test
fitted in the fuselage. As a result,
plastic strip was added to the top
and (a narrow wedge) to the right
side to shim the slight gaps left
after the saw cuts.
The join lines were filled with
Milliput White and left to set. At
this stage, somebody described this
project as an example of ‘gritted-
teeth, bare-knuckle modelling’.
101
The blast panels were ground off the
nose of the Monogram kit using a
Dremel motor tool.
The turret for the B-25D was located on
the rear fuselage.
© Osprey Publishing • www.ospreypublishing.com
Actually, I did feel as if I spent a
fair bit of time with gritted teeth
while working on this model. It
seemed that every time I found and
overcame an unexpected challenge,
another one popped up. So it
should have been no real surprise
that when I finished relocating the
port side window, another obstacle
was lobbed into the path.
It would seem that not only
were the side windows in a
different position, but the ‘eyebrow’
fairings above the windows was
much larger – in fact around the
same size as the bottom fairing
(thanks to Peter Johnstone for the
information).
Before I decided how to tackle
this little change, I realized that
I would have to rescribe at least the
mid-rear port side fuselage where
the panel lines had been obliterated
during the side window surgery. As
long as I was doing that, I thought
I had better rescribe the whole
fuselage. The raised panel lines
were sanded off, leaving ghostly
lines as a fairly clear template.
I used self-adhesive Dymo tape
as a guide for vertical panel lines,
and a photo-etched straight edge
taped to the model for horizontal
lines. I made sure that I carefully
applied around three light strokes
to each scribed line.
In total, scribing both fuselage
halves took around 3.5 hours.
An added benefit was that I
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Positions for new windows and
future filling were marked onto the
kit fuselage.
The outlines of the new small
windows were first scribed with
the aid of a template.
© Osprey Publishing • www.ospreypublishing.com
103
The new position for the rear upper turret was marked with a
simple paper template.
… then the excess was cut off with a knife.
The front turret opening was plugged with a blank left over
from the Revell B-25D. This was actually designed to close the
lower turret position, but it fitted well here.
Plastic sheet was used to form a raised ridge around the
opening. This was later cut down and sanded.
The hole was made by first cutting slots to the edge of the
circle using the grinding wheel attachment on my Dremel…
The windows were then nibbled out with a drill and
sharp knife.
© Osprey Publishing • www.ospreypublishing.com
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The port side waist gun position was
marked for removal using Dymo tape
as a guide.
Some of the hatches were not
appropriate for this variant, so these
were filled at the same time.
Milliput was the filler of choice. The
various scars, gaps and join lines were
filled for the first time, but not the last!
© Osprey Publishing • www.ospreypublishing.com
105
A JLC razor saw was used to carefully remove the section of
fuselage containing the waist gun position.
The JLC saw is ideal for this task as it is very thin, and not
much plastic is lost in the operation.
The excised section was cut into two pieces for
later reassembly.
The waist gun position was shifted forward, with the short
section glued aft. Two thin pieces of plastic strip were used
to fill the narrow gap left by the saw.
This surgery brings the previously staggered waist guns in line
with each other on opposite sides of the fuselage.
Milliput was broken out again to fill the join lines of the new
waist gun position.
© Osprey Publishing • www.ospreypublishing.com
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The port side waist gun station, now sanded smooth. Note
that the new rear window is also in place, filled and sanded
down. The clear window was cut from the clear cover of a
compact disk case.
The new eyebrows for both waist gun positions were kicked
off with a template of the upper outline cut from self-adhesive
Dymo tape.
Milliput was then used to build up the shape of the ‘eyebrow’.
The two-part epoxy putty was smoothed and shaped with a
damp fingertip.
The Dymo tape was removed and the putty allowed to set
before the eyebrows were sanded to their final shape.
Grey primer was sprayed on the fuselage halves at this stage
to check for lingering gaps and other imperfections. A few
were found and marked with pencil for later repair.
Monogram provides a decent interior for their bomber kits.
The inside of the port waist gun position was covered with
plastic strip to hide the unsightly joins.
© Osprey Publishing • www.ospreypublishing.com
applied the D panel arrangement
on the starboard side where the
circular escape hatch used to be.
It also gave me some time to think
about how to achieve the new large
bulged side window fairings.
For the bulges, I first cut a piece
of Dymo tape as a template for the
shape of the higher upper curve of
the new fairing. This was stuck to
the fuselage side.
Next, I mixed up a batch of
Milliput and applied a thin sausage
along the curved upper line. This
was followed by a smaller blob in
the middle of the new fairing. The
putty was then shaped first with
a small trowel, then with a damp
fingertip, until it was approximately
the right size and shape.
The Dymo tape was removed
while the putty was still pliable.
The thickness of the tape left a
realistic ridge similar to the ridge
on the bottom fairing. A few tiny
adjustments were made to fair the
top curve with the fuselage side
using a damp toothpick.
I also found out just as I
finished this modification that the
profile of the B-25D rear fuselage
was different to that of the J.
The D dropped off aft of the
turret, resulting in a rear fuselage
that was seven inches shallower
than the J model at the rear
gunner’s position. I had not picked
this up (it was not in the drawings
of the Aussie Ds, and the Revell
107
The various minor flaws have now been
filled and sanded, and a new coat of
primer applied. The new eyebrows
smoothly bend into the fuselage sides.
Terry Dean Nose Weights produce a
large chunk of lead that is custom-built
to fit inside the nose wheel bay of
Monogram’s B-25J. This is a welcome
cure for tail sitting!
© Osprey Publishing • www.ospreypublishing.com
C/D fuselage is the same depth
or even a little deeper than the
Monogram J fuselage in this area),
but it was really too late for me
to do anything about it without
undoing a lot of the work that
I had already done. If I was going
to repeat this project, I would
probably backfill the inside of
the upper rear fuselage halves with
Milliput, lower the mount for the
horizontal tail surfaces (by cutting
it out and removing a section
below it), then sand down the
height and profile of the rear
fuselage by around 3mm.
With the major surgery now
complete, I wanted to make sure
that all the modified sections were
smoothly blended with the surface
of the kit.
The fuselage was treated to
a coat of Tamiya Grey Primer
straight from the can. This primer
coat highlighted a number of
incompletely filled join seams,
a few inconsistent panel lines and
some small gouges that had not
been eliminated. These were
highlighted with a pencil for
later attention.
INTERIORAt this stage I started to fit out the
interior. As the fuselage would be
buttoned up, I did not add any
extra detail to the main interior.
The detail provided by Monogram
was pretty good anyway. The only
modification was to provide some
structural detail around the port
side waist gun window to hide the
scarring of the relocation surgery.
Earlier on, I had installed
oversized windows in each side
of the rear fuselage. These were
cut from a cover of a CD case
following the suggestion of Tony
Bell. The plastic was quite brittle,
but it responded very well to the
‘score and snap’ approach. The
windows were faired in and the
clear sections were masked inside
and out with Tamiya tape.
An article by RAAF researcher
Steve MacKenzie from IPMS
NSW magazine News and Views
Vol. 15, No. 3, provided some
great information about the
modified tail gun position. On the
basis of this information, I cut off
part of the tail at an angle.
The same article provided
information about the early style
fuselage gun packs, and a
ventilation pipe under the nose.
Great stuff.
The opening for the navigator’s
astrodome was cut out of the
forward fuselage roof. The fuselage
halves were taped together tightly
as the opening crossed the fuselage
halves and the forward turret plug.
A circular template was used to
mark out the opening and a
small pilot hole was drilled. Next,
a round dental burr was fitted to
my Dremel motor tool to enlarge
the hole. The job was finished with
a sharp hobby knife to clean up
any jagged residue of plastic.
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bay after some of the plastic structural
detail has been carved away.
© Osprey Publishing • www.ospreypublishing.com
My Mitchell would be mostly
buttoned up, so only glimpses of
the interior would be seen through
the nose glazing, canopy, turret
and various windows. I therefore
decided not to expend too much
effort on detailing this large
expanse. I painted the model’s
interior mostly according to
the excellent article on the
IPMS Stockholm website
http://www.ipmsstockholm.org/
magazine/2004/02/stuff_eng_
interior_colours_us_part2.htm.
The cockpit was painted dull
dark green (using Tamiya XF-5
Flat Green) and the remainder
of the interior was coated in zinc
chromate yellow (Tamiya XF-4
Yellow Green), except for the
bomb bay which was masked
off and painted silver.
The most prominent specific
feature would be the pilot’s and
co-pilot’s seats. I added harness
from lead foil cut from the top
of a wine bottle with fine wire
buckles. The yellow life preserver
cushions were simply pieces of
Tamiya masking tape folded to
the appropriate size.
WEATHERING THEINTERIORWeathering was applied reasonably
heavily to permit some effect to be
visible inside the dark recesses of
the fuselage. First, the structural
detail was highlighted with a thin
109
The only additions to Monogram’s
interior parts were harness straps cut
from lead foil. Otherwise, all the kit
interior needs is a careful paint job.
The fuselage and wing parts are glued
together and temporarily secured with
Tamiya tape and various clamps.
© Osprey Publishing • www.ospreypublishing.com
spray of a black and red-brown
mix. Next, details such as boxes,
straps, switches and buttons were
picked out with a fine brush.
Finally, a wash of thinned raw
umber and black oil paint mixed
with odourless thinners was
selectively applied to the edges
of various surfaces.
Subsequent to all this painting,
I found a source (HyperScale’s
Plane Talking forum) that suggested
that the main interior colour was
not actually zinc chromate yellow,
but a custom mix of zinc chromate
and approximately 10 per cent
black, resulting in a muddy olive
green shade.
I decided to take an each-way
bet. Rather than repainting the
entire interior, I mixed up a batch
of the new colour and sprayed it
in the bombardier’s and the rear
gunner’s compartments.
BRINGING THESUBASSEMBLIESTOGETHERThe time had come to encase all
that painting and weathering
between the fuselage halves, but
not before ensuring that the nose
wheel would stay on the ground
when the model was finished.
This kit needs a lot of nose
weight. Fortunately, Terry Dean
Nose Weights offers a custom-
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A new smaller blast panel cut from
sheet styrene plus the gun pack from
Revell’s 1/48-scale B-25D has been
glued to the forward fuselage.
The join for the fins has been
reinforced with brass tube.
Corresponding holes have been
drilled into the horizontal tail.
© Osprey Publishing • www.ospreypublishing.com
designed solution – a solid white-
metal weight designed to fit inside
the forward wheel well. The main
gear door is closed, so this chunk
of metal does not obscure any
visible kit detail.
Test-fitting of the nose weight
suggested that it would be safer
to trim the raised ribs off the
wheel well ceiling. This offered
a millimetre’s more clearance
and, more importantly, gave a
flatter surface for a strong bond.
The nose weight was glued in place
using superglue.
I was concerned that I might
need more nose weight than
standard as I had moved the centre
of gravity aft when relocating the
turret. I therefore packed a few lead
fishing sinkers in front of the
instrument panel as insurance.
These spherical lead weights
were squashed with pliers before
installation to permit more to be
fitted. Now the fuselage and wing
halves were glued together and
taped to set.
Monogram’s one-piece engines
look pretty ordinary on the sprue,
but I did not want to introduce
any aftermarket to the project at
this late stage so I decided that
they would do. They did look
better once paint was applied, and
they looked better again inside
their nacelles.
I had a little trouble lining one
of the engines up inside the
111
After all that hard graft, the model is
finally starting to look like a Mitchell.
The raised panel lines on the wings
were sanded off and scribed to match
the newly recessed panel lines on
the fuselage.
© Osprey Publishing • www.ospreypublishing.com
nacelle. In fact, I had to break open
the nacelle to correct a nasty lean
that the engine had developed
while setting.
The vertical tailplanes are each
moulded with a long locating pin,
but these had both broken off.
I drilled a hole in the positions
of the pins and installed brass tube
to improve the bond between the
tailplane parts. In the interests of
consistency, I rescribed the small
number of panel lines of the
upper surface of the horizontal
stabilisers, and both sides of each
vertical stab.
After I had assembled the wings,
I bit the bullet and determined to
rescribe the upper surfaces of these
large parts too. I took care to leave
some raised details (such as small
rectangular panels here and there)
in place. Once again, self-adhesive
Dymo tape was used as a guide but
this time the raised panel lines were
not sanded off until after the new
recessed lines were scribed. Once
finished, the panel lines received a
thin brushed coat of Tamiya Extra
Thin Liquid Cement. This delivers
a more consistent edge to the
sharp, fine lines.
With the fuselage and wings
now ready for final assembly,
I added a few more conversion
details. These included the nose
gun packages from the Revell
B-25C kit plus a piece of thin
styrene cut to shape as new small
blast panels forward of the guns
on each side.
A piece of plastic rod was also
flattened on one side and glued
to the bottom of the nose. This
represents a fume extractor tube
fitted to these hybrid B-25Ds.
When the glue had set properly,
I scribed a line where the tube
crosses the front main
undercarriage door. Fit of the
main airframe components was
generally pretty good.
I sanded the second round of
Milliput, but the seam line on the
upper fuselage join was particularly
recalcitrant. I eventually terminated
the seam with extreme prejudice
using a coarse MasterCasters
sanding stick to attack the entire
spine, followed by progressively
finer sanders to eliminate the deep
sanding gouges. I had to restore the
scribed panel line detail after this.
The fuselage was primed again
after the sanding was complete.
The wings received a coat of
Tamiya Primer after sanding too.
The fit of the wings to the
fuselage was pretty good. The port
wing was not quite thick enough,
resulting in a narrow gap at the
upper wing root, but I managed to
cram some scrap plastic between the
top and bottom join of the wing.
This mostly fixed the problem.
A swipe of Tamiya Surfacer resulted
in a gap-free finish.
Main transparencies were now
glued in place. The fit was pretty
good. I have read some horror
stories about the canopy and
nose pieces, but the only problems
I encountered were a very small gap
at the front of the windscreen
which was quickly dealt with using
Krystal Kleer (white glue), and a
gap/step on the port side of the
fuselage nose where it (almost)
meets the nose cap and the upper
nose glazing.
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A few gaps and steps were present
around the nose and windscreen
glazings. The clear parts were masked
and the flaws filled with Milliput.
The putty was smoothed with a
damp fingertip, then sanded and
polished when set.
© Osprey Publishing • www.ospreypublishing.com
The smaller windows and the
astrodome hole were temporarily
filled with Krystal Kleer as a
masking agent to prevent overspray
from entering the model. When the
paint job was finished, the Krystal
Kleer was pulled out and replaced
with a fresh application to create
the clear windows.
I drilled a second hole under the
fixed machine-gun position in the
clear nose cap for the additional
fixed gun carried by these hybrid
B-25Ds. I glued the machine gun
in the flexible position in the
centre of the nose, but I cut the
barrel off when it was completely
set, and glued it back on when
painting was complete (it had
almost no chance of surviving the
extensive handling during painting.
The nose and canopy
transparencies were masked to
avoid putty fingerprints on these
pristine parts, and to reduce the
risk of damage from later sanding.
Milliput was applied sparingly with
a trowel (actually an old-fashioned
staple remover). As much excess
putty as possible was wiped off
the model with a damp fingertip
while the putty was still pliable.
This minimized the amount of
sanding needed later.
When the Milliput had dried,
I used 1,000-grit Tamiya Abrasive
113
Eduard Mask set number EX 119 was
used to mask the clear parts. In total,
masking with these die-cut flexible
masks took a little more than an hour.
The other clear parts were masked with
the Eduard set too. These masks were
real time savers, and permitted razor
sharp precision too.
© Osprey Publishing • www.ospreypublishing.com
Paper to sand and polish the filler.
Although there seems to be quite a
lot of Milliput around the nose and
the canopy, the gaps were negligible.
Even so, it was worth the extra time
to properly fair in the canopy and
nose, completely eliminating the
small steps between the clear parts
and the grey fuselage.
Eduard Mask set number
EX 119 was used to mask the
clear parts. In total, masking with
these die-cut flexible masks took a
little more than an hour – far less
than the time that would have been
required if I was cutting masks from
tape, and more precise too. The
canopy and other masked frames
were painted the interior colour.
I also bought a rather dangerous-
looking Pounce Wheel while I was
at an art shop, and decided to try it
out on my Mitchell to add selected
lines of rivets to the fuselage and
the upper wings and tail planes.
The spikes are widely spaced, but
it works quite well. I used it very
lightly for a subtle (i.e., almost
invisible) riveting effect.
I also modified the rear
machine-gun cover by plugging the
two holes, drilling one new one,
and building up and reshaping
the cover using Milliput.
PAINTINGI spent a few hours getting the
basic colours onto my B-25D. The
lower surface was painted Tamiya
XF-53 Neutral Grey before being
broken up with a mottle of a
50:50 mix of Neutral Grey and
Tamiya XF-19 Sky Grey. The base
colour for the upper surface was
Xrtacrylics’ 1112 Olive Drab.
This dark shade was broken up
with pale streaks and oversprays on
the upper surface. A lighter version
of the colour was also sprayed
onto the control surfaces, as the
fabric faded much faster than the
rest of the airframe.
Some RAAF Mitchells in 1945
featured overpainted roundels. The
new style was smaller, so a dark
patch of fresh olive drab or foliage
green could be seen under the new
roundels. These were masked and
sprayed onto the paintwork before
decals were applied. These aircraft
featured lots of dark stains and
massive chalky exhaust streaks, but
I did not add these until the decals
have been applied.
Polly Scale Flat acrylic was
applied over the decals and the glossy
paint, immediately improving the
appearance of the olive drab finish
to my eye. I post-shaded the upper
wings and part of the fuselage with
panel highlighting, chordwise streaks
and random spots using a very thin
mix of Tamiya XF-64 Red Brown
and Flat X-1 Black.
The model was finally looking
something like I had visualized it.
I was getting worried that even my
faded version of olive drab would
be too dark, but the Polly Scale
Flat coat and the first stage of
weathering have restored my
confidence in the paint job.
The panel structure of these
weary and weathered Mitchells is
so I feel that I have been given
licence to go slightly nuts, but
only slightly.
I thought that I had covered the
gap at the wing root but the flat
coat revealed a persistent seam line.
Rather than putty and sand,
I decided to fill this narrow seam
with Testors’ Clear Parts Cement.
This is a water-soluble white glue
that is thinner than Krystal Kleer
and can be applied straight from
a narrow plastic tube attached to
the bottle. I thought that it might
be an effective way to fill the gap
without the risk of damaging the
surrounding plastic. You can see
the just-applied Testors’ Clear
Parts Cement on the wing root
in the photos.
Some may think that the
weathering looks too stark and
architectural, especially the panel
and hinge lines, but I have more
than a few photos of these Aussie
Mitchells in flight over Pacific
islands and they did really look
like this. If anything, my
rendition is subdued. If you
happen to have Stewart Wilson’s
book, Boston, Mitchell and Liberator in
Australian Service, check the photos
on pages 71 and 78 to see what
I mean.
The chalky exhaust stain was
also typical of 2 Sqn RAAF B-25s.
These were applied first as narrow
streaks of Tamiya XF-57 Buff,
thinned heavily and sprayed
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115
The nose and windscreen clear parts
were sprayed interior green before the
camouflage coats were applied.
A ‘fabric’ cover for the rear machine
gun was fashioned from Milliput.
At this very late stage I decided to add
some lines of recessed rivets using a
Pounce Wheel purchased from a local
craft shop. The effect was subtle but a
nice enhancement.
© Osprey Publishing • www.ospreypublishing.com
straight behind each exhaust
ejector, then gradually built up
and flared out to finally join as
one large stain at the ends of the
top and bottom of the engine
nacelles. Tamiya XF-55 Deck Tan,
an even paler colour, was then
used to emphasize the more
directed stains directly behind
the ejectors. The ubiquitous
red-brown/black mix was applied
very lightly at the edges of the
pale stain and in a couple of
streaks. The pale streaks were also
extended to subtler applications
on the horizontal and vertical
tail planes.
A fresh batch of unfaded olive
drab was used to paint over the
repair to the wing root, much
in the same way as it might have
been on the real aircraft. I left the
obvious repair visible, and added
a couple of repair ‘patches’ on
the wings using the same batch
of paint.
FINISHINGTOUCHESI sourced an astrodome from
Squadron’s B-25C/D vacform
canopy set. The astrodome was
cut out of the sheet and the base
was sanded off with a coarse
MasterCasters sander. The vacform
part was masked with Tamiya tape
and glued on top of the astrodome
opening on the forward fuselage
before a gap on each side of the
clear dome was filled with Krystal
Kleer, and the frame/base painted
with olive drab.
The DF football was also
relocated onto the upper forward
fuselage, and holes were drilled
fore and aft for the two short
antenna masts.
Detail parts such as the main
undercarriage, wheels, propellers,
bomb bay doors and entry hatches
were painted and weathered in
preparation for final assembly.
The detail of these parts was
very good. I especially liked the
intricate wheel hubs.
The Eduard masks were
removed from the canopies.
The new fuselage windows that
I had temporarily blocked off with
Krystal Kleer took a bit of effort
to open and clean up. The Krystal
Kleer having been applied a few
months ago, combined with the
paint, led to a stubborn masking
medium. By contrast, the new rear
windows masked with Tamiya tape
(the windows were oversized pieces
of flat plastic from a CD jewel
case, then these were faired in
and the actual window size was
masked inside and out), worked
like a charm.
Nearly there now… but it
always seems to take longer than
you’d expect to completely finish
off that last 1 per cent. The
control surface hinge lines, scribed
panel lines and other structural
details were subtly highlighted with
Tamiya acrylic X-18 Semi-Gloss
Black, thinned heavily with water
and used as a pinpoint wash
applied with a fine brush.
Antenna masts were cut from
brass rod, painted and glued into
pre-drilled holes on top of the
fuselage. The antenna wire is
nylon monofilament (invisible
mending thread).
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These camouflaged Mitchells suffered
from extensive exhaust staining. Strips
of self-adhesive aluminium foil were
used for the turret framing.
© Osprey Publishing • www.ospreypublishing.com
Machine-gun barrels were
painted gloss black and installed.
Installing the waist guns in the
assembled fuselage was a little
fiddly, but doable using a hemostat
(long, self-closing tweezers).
The undercarriage did not
present any major hurdles, but
I was worried that the main gear
legs were not going to fit inside
the closed nacelles. They did
in the end though.
Next time I will secure the main
wheels with superglue, as the
plastic cement I used was not rigid
enough to prevent the wheels
bowing out on their axles under
the heavy weight of the model.
The turret framing you see here
is ‘Plan B’. These turrets seem to
often feature clear perspex framing,
and I wanted to depict this. The
easiest method would have been
just to leave the top of the turret
unpainted, but the framing is
usually visible in photographs
so I wanted to emphasize them
somehow. I therefore masked the
turret and painted the frames with
Polly Scale Flat. This achieved
the frosted effect that I was
looking for.
I thought that if I dipped the
canopy in Future, it would look
as if these frosted frames were
underneath the thin perspex dome.
117
The remnants of exhaust stains were
also applied to the fins. Note the new
window in the rear fuselage.
Markings were sourced from
Aussie Decals.
© Osprey Publishing • www.ospreypublishing.com
Nice theory, but the Future
completely wiped out the effect –
the whole turret just looked like
clear plastic again! ‘Plan B’ was
therefore put into effect. A number
of photos of these Aussie B-25Ds
show highly reflective turret
framing, so I cut thin slices of
self-adhesive foil to use as the
individual frames.
Once the entire model was
assembled I was still not happy
with the exhaust stain, deciding
that my original depiction was
underemphasized compared to
reference photos. This prominent
area was revisited. First, a new
outline of a dark exhaust stain
was laid down. Next, a 50:50 mix
of Tamiya Buff and Deck Tan was
thinned with alcohol (around
80 per cent thinner to paint)
and sprayed carefully and very
directionally behind the exhaust
ejectors. I was happier with
this effect.
The exhaust stain was also
re-emphasized on the vertical tail
surfaces. The new rear fuselage
window made from a piece of
clear CD jewel case can also be
seen to good effect in the photos.
Silver pencil was used to add
some chipping to the upper wing
roots and the leading edge of the
wings and engine cowlings.
I am fairly satisfied with the
result of this major conversion
project, but I do realize that
there are a number of notable
inaccuracies, and aspects that
I would do differently next time:
• Top of canopy framing is
incorrect for a D (should be
more perspex exposed).
• Co-pilot seat is incorrect.
• Shoulder harnesses were not
used on wartime aircraft.
• Does not have the ‘broken back’
of the B/C/D, and therefore…
• Style and size of rear gunner’s
blister and .50-cal. mount
is wrong.
• Not really happy with Krystal
Kleer windows.
• Should have added some more
weathering and detail inside
nose – highly visible.
• Decal codes slightly too small
and not entirely correct style.
• Canopy and nose frames need
highlighting.
Even so, this project was a great
test bed for new techniques.
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The shape and dimensions of the
Monogram B-25 are excellent,
resulting in a good representation
of this iconic aircraft.
© Osprey Publishing • www.ospreypublishing.com
119
The Fury was a thin-winged
development of the wartime
Hawker Tempest, but by the time
this high-performance fighter
took to the air in September
1944, the RAF had already
recognized that the age of the
jet fighter was dawning.
Even so, the Fleet Air Arm still
needed a rugged and powerful
fighter capable of carrier
operations. In the twilight of the
piston fighter era, the Sea Fury
admirably filled this niche until
the introduction of the jet-powered
Sea Venom around 1954.
TRUMPETER’S1/48-SCALE SEAFURY FB.11 INTHE BOXTrumpeter’s 1/48-scale Sea Fury
FB.11 comprises 92 parts in grey
plastic and eight clear parts. The
kit is cleanly moulded with no
obvious ejector-pin marks or other
imperfections on exterior surfaces,
Surface detail is by way of finely
recessed panel lines and rows of
crisply recessed rivets. The latter
will not be to everyone’s taste,
especially on the Sea Fury’s
smooth, flush-riveted airframe.
Dimensions of the kit are in
agreement with most reference
sources, but there are a number
of detail accuracy issues.
The most prominent is the large
cutout in the fuselage spine directly
behind the cockpit. This is not
present on the real Sea Fury – the
spine should continue without any
change to contour or depth right
up to the rear cockpit bulkhead.
The windscreen is not quite
right either. The lower sides are
heavily curved on the kit, whereas
the real Sea Fury windscreen was
almost straight.
The exhaust panels appear to be
the correct height (Hobbycraft’s are
too short), and the hollowed-out
exhaust stacks are a nice touch but
the ‘eyebrow’ above and the lip
below are exaggerated.
The forward cowl looks odd –
the curve toward the spinner seems
to start too early and the fuselage
KITBASHING TWO MEDIOCRE KITSFOR A BETTER RESULTIt can be argued that the Hawker Sea Fury was the ultimate piston-engine fighter. Too late to see service
in World War II, the Sea Fury held its own six years later in the skies over Korea against jet-powered
adversaries.
‘Frankenfury’ – a 1/48-scale Sea Fury
with Trumpeter’s wings, Hobbycraft’s
fuselage and Cooper Details’ multimedia
upgrade set.
© Osprey Publishing • www.ospreypublishing.com
opening appears overly sharp,
giving the area a slightly pinched
look. The spinner itself is too
pointy, but Trumpeter did get
the offset oval openings for the
propeller blade right.
The cockpit is shallow. Detail in
the front office is basic and bears
only a passing resemblance to the
real thing. This is especially true of
the seat and the control column.
The wings are generally very
good, with structurally detailed
wheel wells. The outer wing panels
are separate and may be depicted
flat or folded. Wing tip navigation
lights and landing lights are
supplied as separate clear parts.
Ailerons are also separate. This is
very useful, as the ailerons were
deflected outward when the wings
were folded. The openings for the
cannon in the wing leading edges
are offset ovals as moulded.
These should be reshaped to
circular openings.
Ordnance includes two big ferry
tanks and six rockets moulded to
rails. The ferry tanks were rarely
fitted – smaller 90-gallon drop
tanks were more typical. The
rockets are nicely detailed and fit
perfectly in their wing locating
holes, but they do not include any
openings in the rear of the rocket
tubes. In fact, the tubes taper off
altogether just behind the front
of the fins.
The main landing gear legs are
short by around 3mm. Perhaps this
is supposed to represent extreme
compression under the weight
of full ferry tanks. Detail on the
wheel hubs is poor, and the radial
tread pattern is not typical for
the type.
CONSTRUCTIONAs soon as I received Trumpeter’s
1/48-scale Sea Fury, I considered
possible solutions to address some
of the shortcomings. The first idea
that came to mind was using either
Cooper Details’ or Cutting Edge’s
multimedia upgrade sets. These
were designed for the Hobbycraft
Sea Fury, but they address most
of the weak points of Trumpeter’s
kits too.
The Cooper Details set includes
an entirely new cockpit, propellers,
spinner, wheels and 90-gallon drop
tanks in resin; plus a vacform
canopy and white-metal
undercarriage parts for the main
and tail gear. The biggest challenge
would be to adapt Cooper Details’
resin spinner to the Trumpeter
engine cowling, which is arranged
quite differently to Hobbycraft’s
engineering. Some surgery would
be required. The large scallop
behind the cockpit on Trumpeter’s
fuselage spine would have to be
filled, shaped and sanded too;
and the rivets needed filling and
smoothing.
At this point I wondered
if it might be easier to fit the
Hobbycraft fuselage to Trumpeter’s
very nice wing.
Test-fitting showed that only
minor trimming and filling would
be needed to mate these major
subassemblies. The biggest problem
with the basic Hobbycraft fuselage
is the wide, soft panel lines.
I brushed a thick coat of Tamiya
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Hobbycraft’s 1/48-scale Sea Fury
fuselage was test-fitted against
Trumpeter’s mid-wing section. The
result was surprisingly encouraging.
© Osprey Publishing • www.ospreypublishing.com
121
The fit was also close at the front and
back underside joins.
Before mating the main parts of
the monster, I dealt with the heavily
recessed panel lines on the Hobbycraft
Sea Fury. These are inappropriate
for the smooth finish of this naval
thoroughbred. Tamiya Surfacer
was brushed onto the panel lines
before sanding.
The rivets on Trumpeter’s wings were
equally unsuitable. Mr. Surfacer was
also applied to the lines of rivets, taking
care to avoid the fine panel lines and
access hatches.
© Osprey Publishing • www.ospreypublishing.com
Surfacer over the lines on the rear
fuselage, and a thinner coat of
Gunze Mr. Surfacer 1000 onto the
cowl panels and forward fuselage
lines, as these were visible on the
real aircraft. Once thoroughly dry,
the various surfacers were sanded
down to deliver a much subtler
rendition of panel lines – far more
appropriate for the flush riveted
Sea Fury.
Trumpeter’s outer wing panels
received similar treatment. Two
coats of Tamiya Surfacer, with
sanding in between coats and
afterward, were required to
eliminate most of the prominent
rivet detail. The structural rivet
detail on the inner wing panels was
left intact as I thought it looked
appropriately busy around the
various access hatches and panels.
With the large parts prepared,
I started building Cooper Details’
beautiful resin cockpit. Although
this set was released quite some
time ago, the detail remains state
of the art. I did replace the seat
with the Cutting Edge Typhoon
seat though, as the Cooper seat
was not fitted with harness straps.
The Cutting Edge seat has the
harness straps and quilted backrest
cast in place. I had to shave off the
harness attachment points on the
outside of the seat to squeeze it
into the cockpit though.
The Cooper Details cockpit is
the correct depth, is accurate and
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Cooper Details’ 1/48-scale multimedia
upgrade set addresses most of the
remaining shortcomings. This set
includes replacement landing gear,
spinner, propeller blades, a new cockpit
and some smaller details.
Some of the smaller resin parts from
Cooper Details’ upgrade set have been
grafted to the cockpit sidewalls. Note
also the small triangles of scrap plastic
that have been used to recontour the
line of the forward cockpit opening.
© Osprey Publishing • www.ospreypublishing.com
very busy. It even includes a
delicate three-part mount for the
master compass in front of the
control column. I decided that I
might not quite be up to this task,
and the compass’s tripod mount
would be largely hidden in the dark
recesses of the black cockpit, so
I simply glued the compass to the
top of a length of plastic rod.
Some of Cooper Details’ smaller
cockpit parts are cast onto a thin
wafer of resin. The resin was
carefully sanded, freeing the tiny
detail parts, which were then glued
to the fuselage sidewalls. I also
glued a wedge of scrap plastic
to the cockpit sill, smoothing the
line from the windscreen to the
canopy rails.
I painted the cockpit dark grey
– representing scale black – and
picked out the details with a fine
brush and Tamiya acrylic paint.
I initially painted the quilted
backrest black, but eventually
repainted it in a shade of medium
green to add a little colour to the
otherwise dark front office.
The fuselage halves were joined
and the cockpit tub fed up through
the wing opening into the
assembled fuselage. Fit was perfect.
Now it was time to mate the
Trumpeter wings to Hobbycraft’s
fuselage. The inside upper wing
panels were first glued to the lower
centre wing section. When this
assembly was offered to the
123
Cooper Details’ cockpit is vastly superior
to the shallow Trumpeter front office
and the poor Hobbycraft parts.
The dark cockpit was painted ‘scale
black’ – actually dark grey – with details
picked out by brush using Tamiya
paints. I later repainted the seat’s back
cushion in medium green to lend some
much-needed colour to the dark pit.
© Osprey Publishing • www.ospreypublishing.com
fuselage, a few points interfered
with fit along the wing root.
These were carefully trimmed
with a hobby knife and smoothed
with a sanding stick. The process
was repeated several times until a
good fit was achieved.
A few minor gaps remained at
the wing root and underneath the
fuselage where the wing meets
the engine cowling. Also, the bulge
where the fuselage meets the centre
of the wing needed to be built up.
Milliput was used for both of
these jobs. The outline of the
bulge was cut from a piece of stout
cardboard, which was taped to the
bottom of the wing and used as a
template. Once the Milliput had
set, the wing roots and lower wing
joins were thoroughly sanded for
a nice, smooth seamless join.
Cooper Details supplies a
vacform canopy that is better in
shape than either Trumpeter’s or
Hobbycraft’s. The clear vacform
part was packed with Blu-Tack
prior to being cut off its backing
sheet. This improves rigidity while
cutting, and also makes it easier to
see the cutting line.
A narrow ridge of .010 x .020in.
plastic strip was carefully glued to
the front of the windscreen sill.
This ridge was helpful as a
positive mounting point for the
vacform windscreen.
I realized that, in my earlier
excitement, I had forgotten to
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Some minor trimming of the
Trumpeter wing roots was required
to obtain the best fit. Only a couple
of narrow gaps remained.
Only minimal filling was needed
underneath the model. A cardboard
template was cut out to help fair
in the bulge where the fuselage
meets the centre of the wing.
© Osprey Publishing • www.ospreypublishing.com
125
White Milliput was used to fill the gaps
at the upper wing roots.
Cooper Details supplies a vacform
canopy that is better in shape than
either Trumpeter’s or Hobbycraft’s.
The clear vacform part was packed
with Blu-Tack prior to being cut off its
backing sheet. This improves rigidity
while cutting, and also makes it easier
to see the cutting line.
Sanding and shaping smoothed the
bulge and the joins.
© Osprey Publishing • www.ospreypublishing.com
install the exhaust stubs from the
inside of the fuselage. I decided to
adapt Trumpeter’s exhausts, which
are much nicer than Hobbycraft’s
items and are also drilled out.
The backing plastic was sliced off
and the top stack cut away to allow
the exhausts to fit in the shorter
Hobbycraft opening. The balance
of construction was fast and
trouble free. Hobbycraft’s
horizontal tail surfaces were used
because they were easier to fit to
Hobbycraft’s fuselage.
PAINTINGThe model first received a coat
of Tamiya’s grey primer straight
from the spray can. This coat helps
identify any persistent gaps, steps
and seams before the camouflage
paint is applied.
The Cooper Details 90-gallon
drop tanks were fitted at this
stage too. The mounts needed
some reshaping to fit the more
contoured Trumpeter lower wing.
All remaining paints were
applied with my metal-bodied
Aztek A470 airbrush.
The first colour was Alclad II
Magnesium to the bare metal
exhaust panels and the base of
the spinner. The wheel wells also
received a coat of primer yellow.
While the airbrush was loaded, the
inside of the undercarriage doors
were also treated to this colour.
Wheel wells and exhaust panels
were masked with Tamiya tape.
Tamiya acrylic XF-21 Sky was
sprayed onto the fuselage sides and
all lower surfaces. A fine mottle
and streaks of a lighter shade
of sky (with around 10–15 per
cent white added) were applied to
subtly break up the large expanse
of colour.
The sky sections were
masked off with Tamiya tape in
preparation for extra dark sea grey
on the upper surfaces. Wing walk
areas on both wings were sprayed
flat black and masked off before
the grey camouflage.
Tamiya XF-24 Dark Grey was
used to represent extra dark sea
grey. Once again, a pale mottle
was applied over the base colour.
The forward fuselage was also
masked off and sprayed in a faded
variation of the colour (I noticed
this feature in a few contemporary
photos of Sea Furies).
Canopy parts were masked
and sprayed while attached to
a paintbrush using Blu-Tack.
This makes it much easier to
handle the parts while painting.
Markings were sourced from
Aussie Decals’ 1/48-scale sheet
number A48-005, although I used
Xtradecal’s national markings for
the fuselage and upper wings.
All decals performed well using
Micro Set and Solvaset.
Weathering was kept light, with
a thin black-brown mix being
sprayed mainly around the engine
cowl, exhaust panels and control
surface hinge lines. Recessed panel
lines in these areas also received
a thin wash of Tamiya X-18
Semi-Gloss Black.
Two thin coats of Polly Scale
Flat finished the paint job with
just the hint of a sheen.
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A narrow ridge of .010 x .020in. plastic
strip was carefully glued to the front of
the windscreen sill. This ridge will act
as a positive mounting point for the
vacform windscreen.
© Osprey Publishing • www.ospreypublishing.com
127
The resin drop tanks, also in the Cooper
Details set, were glued in place before
painting. The contours of the mounts
were sanded to match the bottom of
Trumpeter’s wing. The wheel wells had
been earlier painted in a shade of zinc
chromate yellow. These were masked
off with wide Tamiya tape.
The characteristic exhaust panels were
also masked off after two thin coats of
Alclad Magnesium.
The entire model received a coat of
Tamiya Grey Primer straight from the
can. This helps identify any persistent
gaps, steps and other imperfections
before the camouflage colours
are applied.
© Osprey Publishing • www.ospreypublishing.com
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The sky sections were masked off with
Tamiya tape in preparation for extra
dark sea grey on the upper surfaces.
Wing walk areas on both wings were
sprayed flat black and masked off.
Tamiya acrylic XF-21 Sky was sprayed
onto the fuselage sides and all lower
surfaces. A fine mottle of a lighter shade
of sky (with around 10–15 per cent
white added) was applied to subtly
break up the large expanse of colour.
© Osprey Publishing • www.ospreypublishing.com
129
Canopy parts were masked and sprayed
while attached to a paintbrush using
Blu-Tack. This makes it much easier
to handle the parts while painting.
Masking tape has been removed,
revealing crisp camouflage demarcation.
Two glossy coats of Future floor polish
have been sprayed onto the model in
preparation for decals.
Tamiya XF-24 Dark Grey was used to
represent extra dark sea grey. Once
again, a pale mottle was applied over
the base colour. The forward fuselage
was also masked off and sprayed in a
faded variation of the colour.
© Osprey Publishing • www.ospreypublishing.com
FINISHING TOUCHESTrumpeter’s undersized main
undercarriage legs were replaced
with Cooper Details’ white-metal
items. The mounting points in
the wheel bay were drilled out
to accommodate the new gear.
Cooper Details’ tail wheel assembly
is gorgeously rendered, with a
separate white metal leg and wheel.
The propeller blades from
Cooper Details are also supplied
in white metal. This is just as well,
as Sea Fury props have quite a
significant twist from base to tip. I
carefully twisted the five soft-metal
propeller blades in an attempt to
reproduce this distinctive feature.
Stencil markings on the rockets
and propeller blades were cobbled
together using 1/72-scale decals,
markings from a 1/48-scale Grand
Phoenix Seafire, plus painted bands
and spots.
Whip aerials were cut from
stretched sprue. These were
added to the top of the fin and
on the underside of the folded
starboard wing. The tail hook is a
white-metal item from the Cooper
details upgrade set.
The Trumpeter pitot tube
was replaced with brass tube and
rod cut to length. Brass rod was
also used for the rod antenna
underneath the starboard wing.
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Weathering was kept light, with a thin
black-brown mix being sprayed mainly
around the engine cowl, exhaust panels
and control surface hinge lines.
Recessed panel lines in these areas also
received a thin wash of Tamiya X-18
Semi-Gloss Black.
Markings were sourced from Aussie
Decals, although I used Xtradecals
national markings for the fuselage and
upper wings. All decals performed well
using Micro Set and Solvaset.
© Osprey Publishing • www.ospreypublishing.com
131
ABOVE: Trumpeter’s undersized main
undercarriage legs were replaced with
Cooper Details’ white-metal items.
Trumpeter’s mounting points in the
wheel bay were drilled out to
accommodate the new gear.
ABOVE RIGHT: Detail parts were
painted, and weathered prior to
final assembly.
RIGHT: Stencil markings on the rockets
and propeller blades were cobbled
together using 1/72-scale decals,
markings from a 1/48-scale Grand
Phoenix Seafire, plus painted bands
and spots.
Whip aerials were added to the top
of the fin and on the underside of the
folded starboard wing. The tail hook is
a white-metal item from the Cooper
Details upgrade set.
© Osprey Publishing • www.ospreypublishing.com
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NEXT TIMEThere are a few changes that I
would make next time I attempt
the Trumpeter Sea Fury:
• The fit of the wing tip
navigation lights is less than
perfect, so I would superglue
the lights to the wings before
painting, fill and sand the joins,
polish the clear plastic then
mask the lights before painting.
• The landing lights are simple
disks with no backing, They
look more like clear inspection
panels to view the interior of
the wings. I suggest replacing
these with MV lenses.
• I would cut the rockets off
the rails and replace them with
rockets that have hollow tubes
at the rear.
CONCLUSIONTrumpeter’s 1/48-scale Sea Fury is
like the proverbial Curate’s Egg – it
is good in parts. The wings are the
best aspect of the kit, and they are
clearly superior to Hobbycraft’s.
Trumpeter’s wing fold option is
very welcome, and the positionable
ailerons may be deflected outward
when the wings are folded just like
the real thing.
The scooped-out spine behind
the cockpit, the poorly shaped
spinner and the short landing gear
legs are surprising considering the
number of surviving Sea Furies
(not to mention photos) available
for reference. The shallow,
caricatured cockpit, poor wheels
and the blank-faced rocket tails
are disappointing too.
Even so, I know that many
modellers will be happy with
the kit straight from the box.
Trumpeter’s Sea Fury fits well
and it will be an enjoyable project
with or without corrections.
The good news is that, if
you are keen to address some
of the accuracy issues, you do
have a number of options. The
cross-kitting of the Hobbycraft
fuselage and the Trumpeter wings
will take advantage of the strengths
of both kits. The Hobbycraft
kit may be picked up cheaply
(probably even more so now
that the Trumpeter Sea Fury
is available), so this will be an
inexpensive conversion.
The addition of the Cooper
Details, Flightpath (previously
from PP Aeroparts) or Cutting
Edge upgrades will deliver an
even more accurate result.
If you happen to have a Falcon
vacform Sea Fury in your stash,
you might be able to use this
in a similar fashion. The Falcon
vacform is probably still the most
accurate Sea Fury available in
1/48 scale, and adapting the
fuselage to the Trumpeter wings
should be straightforward for any
modeller with some vacform time
under his or her belt.
You might also decide to use
and improve the Trumpeter fuselage
by blanking off the scallop in the
spine, reshaping the cowl and
spinner, smoothing out the curved
windscreen join and buying a
replacement Falcon vacform canopy.
Whichever route you choose, you’ll
have an interesting time!
The Trumpeter pitot tube was replaced
with brass tube and rod cut to length.
Brass rod was also used for the rod
antenna underneath the starboard wing.
© Osprey Publishing • www.ospreypublishing.com
133
A round 1995, Airfix finally
responded with four new
1/48-scale kits. The Spitfire
22/24 and the Seafire 47 came
first. They were a quantum leap in
quality over previous Airfix efforts.
Crisp recessed panel lines, nicely
moulded detail parts, exhaustive
instructions and huge multi-scheme
decal sheets greeted the modeller
upon opening the box. Even better,
they are exhaustively researched kits
and are superbly accurate in shape.
I bought more than a few Airfix
Spitfire 22/24 kits when they were
first released. I spent a number
of evenings studying the kit to
determine how accurate it was.
I compared it to published Mk 22
drawings, the best of these being
the Robinson drawings published
by MAP. The kit compared very
favourably. As late-mark Spitfires
are just about my favourite aircraft
of all time, I embarked on
producing resin upgrade parts to
make this kit even more stunning.
That was back in 1995. All
upgrade parts used in this build
were mastered and produced by
myself, under the Cooper Details
line. My intention with this article
is not self-promotion, but rather to
show what can be done to make
this kit really shine.
IMPROVING DETAIL ON AN ACCURATEINJECTION-MOULDED PLASTIC KITBy Roy Sutherland
In the early days of plastic modelling, Airfix was at the forefront of kit manufacturers. Airfix kits were
considered to be top quality and they were pioneers of constant scale models. Some time in the 1980s, the
Japanese kits began to improve dramatically in quality and detail, and the use of engraved panel lines became
standardized. A few of the ‘old guard’ companies resisted this change, feeling that raised panel lines were
always good enough in the past. The result was that they lost their status as manufacturers of top-quality kits.
LEFT: The insides of the fuselage halves
were thinned, and moulded-in detail
was removed. Upper sidewall detail
was added from strip styrene, wire
and resin parts.
BELOW: The Cooper Details Spit 24
cockpit floor components shown
removed from their moulding blocks
and painted. The rudder pedals have
yet to be added.
© Osprey Publishing • www.ospreypublishing.com
DOWN TOBUSINESSWork began by first removing the
moulded-in cockpit sidewall detail
from the inside of the kit fuselage
halves. I thinned the sidewalls
by scraping them with a No. 10
X-Acto blade. I taped the fuselage
halves together and test-fitted the
resin instrument panel and rear
bulkhead. After some minor
sanding and scraping, the parts
slid into position. This is all that
is necessary to get the cockpit to
fit properly when assembled.
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TOP LEFT: The forward firewall, with its
dished panels to clear the pilot’s flying
boots, and the rear bulkhead, with the
seat mounting frame attached, are
shown painted in this view.
MIDDLE LEFT: The resin lower cockpit
sidewalls are assembled and painted,
and are now ready to be installed.
More wiring will be added once the
cockpit is assembled.
BOTTOM LEFT: The replacement
instrument panel bulkhead, with photo-
etched and clear film dial elements
making up the instrument panel. Careful
painting pays dividends, as this area is a
focal point for most aircraft models.
BOTTOM RIGHT: The resin cockpit
partially assembled. The Spitfire’s cockpit
remained mostly unchanged from Mk I
through 24, with more boxes, wires and
systems jammed into the cramped
confines with each successive mark.
© Osprey Publishing • www.ospreypublishing.com
135
LEFT: The cockpit, with both sidewalls
attached, awaiting the rear bulkhead to
form a complete subassembly. The whole
unit slides up into the assembled fuselage
halves, to be secured with CA glue.
RIGHT: The upper sidewalls have
now been painted. Careful work with
a 000 Winsor & Newton Series Seven
paintbrush yields good results when
detail painting.
The inner surface of the lower wings
were scraped with a curved No. 10
X-Acto blade to thin the walls, resulting
in a more-to-scale thickness to the gear
bay openings. Note also the boxed-in
shell ejector chutes.
This view of the rear face of the port
gear well shows some of the extra detail
I added with strip styrene and wire,
based on good photos I took of the gear
bays of a surviving Spitfire Mk 24.
© Osprey Publishing • www.ospreypublishing.com
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IT Looking forward into the port gear well
shows more added detail. While the
gear bays are seldom seen on a model
of this size, I do not regret the extra
time spent detailing them.
The rocker covers in the Airfix kit need
some modifications to be accurate. The
notch in the leading edge was filled
with CA, and the profile was reworked
with some aggressive sanding.
The kit tailplanes are accurate, but
I wanted to display my model with the
elevators dropped. The Cooper Details
control surfaces set included the stabs
with elevators already separated.
I added metal pins to ensure a
strong bond.
© Osprey Publishing • www.ospreypublishing.com
The resin cockpit parts were
all removed from their moulding
blocks and cleaned up. The upper
sidewalls were detailed according to
the instructions using strip styrene,
resin parts, and wire. Small parts
were attached to the floor,
bulkheads and walls in preparation
for painting. As no mould releases
were used, it is not necessary to
wash the parts, but you might want
to anyway to remove any finger
oils. The overall cockpit was
sprayed with interior grey green
custom-mixed from Tamiya paints.
A dark grey wash was applied to
all parts to simulate the shadows
cast by the full-sized components.
Tiny parts can’t cast deep shadows,
so they need some help. The raised
detail was drybrushed lightly with
a lightened interior green colour.
The instrument panel is a
multi-piece affair comprising
photo-etched brass parts and a
printed clear film dial sheet. The
film dials were cut out, stuck face
137
TOP LEFT: The resin barrels from the Cooper Details Spitfire 22/24 external upgrade set were drilled and pinned before attaching
to the wing. This ensures they will not be easily knocked off.
TOP RIGHT: The trailing edge of the wing needed a little help to achieve the correct sweep to the wing fillet. The missing area was
built up with medium viscosity CA and sanded to shape.
LEFT: The kit radiator fairings are incorrectly moulded with a trapezoidal cross-section, as shown on the right. The inner corners
were repeatedly scribed with a No. 11 X-Acto blade. The sides were then bent to a correct square cross-section.
MIDDLE: The resin radiator cores fit the corrected radiator fairings and add detail. The gun heating tube was added from wire.
This detail is mirrored on the other wing.
RIGHT: The radiator core viewed from the front. The radiator, intake and exit ramps were painted before the fairings were
installed, as painting them after installation is not easy.
© Osprey Publishing • www.ospreypublishing.com
down to the adhesive strip of a
Post-it note and painted off-white.
The brass parts were primed with
metal primer and painted scale
black. After dry brushing with
medium grey, the clear dials were
attached to the back of the panel
with Future floor polish. This
allows the dials to be positioned
exactly where you want them,
and also simulates glass dial faces
when dry.
A lot of time was spent
studying colour photos of restored
and unrestored Spitfire cockpits
before detail painting began.
As usual, I painted some of
the buttons and switches red and
yellow to add visual interest. The
seat was painted Model Master
1785 Rust, as the real item was
moulded in Tufnol, a terracotta-
coloured phenolic resin. The back
pad was painted very dark brown
and the belts buff. A thin black
wash highlighted the detail on the
belts and gave them some depth.
Once painting was finished, the
instrument panel and rear bulkhead
were attached to the cockpit floor.
The sidewalls were added, glued
only along the bottom edge. This
will help when fitting the cockpit
into the fuselage. The seat, stick and
gunsight were left off, to be attached
during final assembly. The cockpit
was set aside for later installation.
The fuselage halves were now
mated and left to dry overnight.
The cockpit tub was inserted from
below. Care was taken to make sure
it was seated properly and aligned.
The bulkheads were secured with
Cyanoacrylate (instant glue,
referred to from this point
forwards as CA). Next, I applied
CA to the back of the sidewalls
near the top edge. The walls were
pressed against the kit fuselage
halves and held until set.
After the fuselage seams were
filled and sanded flush, the panel
lines were restored with a scriber.
I corrected the kit rocker covers by
filling the notch in the leading edge
with CA and reshaping the profile
as shown in the corresponding
photo. Corrected resin rocker covers
(ex-Cooper Details) are available
from BarracudaCast. With work
on the fuselage nearly complete,
I turned my attention to the wing.
The windscreen was test-fitted
and I took some time to adjust the
fit to reduce any gaps. The area
of the upper fuselage inside the
windscreen was painted black.
I can’t tell you how many times I
have forgotten to do this and had
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BOTTOM LEFT: The kit carburettor
intake has a prominent seam running
down the interior that is very hard to
remove. The resin Cooper Details carb
intake is seamless, and comes with a
separate shutter. which is shown here
in the closed position.
BOTTOM RIGHT: The replacement
rudder lacks the prominent holes of
the kit rudder, and the split trim tab is
moulded separately. Note the kit rudder
actuator mechanism and fairing have
been removed.
© Osprey Publishing • www.ospreypublishing.com
to try and reach a fine brush in
there to paint the bare plastic! The
windscreen was now attached with
liquid cement. When dry, any gaps
were filled with Mr. Surfacer 500
and sanded out. Filling the gaps on
canopies really improves the looks
of a finished model.
TAKING WINGThe Spitfire underwent a radical
redesign starting with the Spitfire
Mk 21, and a new name was even
considered. Cooler heads prevailed,
and the Spitfire lineage remained
unbroken. The redesign consisted
of a totally new wing, and the
beloved elliptical plan form was
abandoned. To Supermarine’s
credit, the new wing was also quite
attractive, and managed to retain
the essence of the Spitfire.
Airfix have done a very nice job
on the wing. It is both accurate and
nicely scribed. I decided to detail
the gear bays. I don’t normally do
this, but this particular aircraft is
one of my favourites. I began by
thinning the lower wing in the gear
bay area. This results in much
thinner edges to the gear bay
openings, which adds greatly to the
realism. I added structural detail
from strip styrene based on detail
photos I have taken of surviving
Mk 22 Spitfires. Electrical and
hydraulic lines were added from
carefully bent wire and styrene rod.
There is no shortcut for this
139
A close-up of the starboard side of the
rudder, showing the trim tab actuator
mechanism added from thin styrene rod.
Extreme close-up of the new rudder
control horn, pushrod and fairing added
from rod and sheet styrene. Little details
like this are easy to make and really add
that extra something to your model.
© Osprey Publishing • www.ospreypublishing.com
process. It’s bend, bend, fit… bend,
bend, fit, and so on, until you are
happy with the result. Time spent
detailing gear bays is one of those
debatable wastes of time we so
often come across in modelling.
It’s the builder’s choice. It doesn’t
have to make sense.
There is one obvious error in
this kit: the odd cross-section of
the radiator housings. They are
trapezoidal. Fortunately it is an
easy fix, as described in the
accompanying photo (see page
137). The rest of the wing is quite
straightforward and assembly went
smoothly. If you plan to pose the
ailerons, be aware that they are not
the Frise type, but instead pivot
along a full-span piano hinge on
the bottom surface of the wing.
I replaced the cannon barrels with
the Cooper Details parts, as they
are seamless and have more refined
barrels that are already drilled out.
Not trusting CA alone to secure
them, I drilled and pinned the
barrels to the wing using short
lengths of metal wire.
The wing was mated to the
fuselage and the fit was generally
good, although I did do some
reconstruction on the trailing
edge fairing. I backed the lower
edge of the fillet with Tamiya tape,
spanning the gap that needed to
be filled. Cyanoacrylate glue was
applied to this area and set with
accelerator. I sanded this to shape
a few minutes later. The resulting
patch is very strong and can be
filed to a sharp edge. The Cooper
Details carburettor intake was
removed from its moulding block
with a razor saw and cleaned up.
The shutter was attached in the
closed position (filtered air for
ground running). The interior was
painted medium sea grey, given a
wash and attached with CA.
BRINGING UP THEREARThe kit rudder, while accurate,
is covered with deep holes that
I suppose are meant to represent
rivets, but study of the real thing
shows no such detail. I replaced the
rudder with the Cooper Details
resin part and attached the separate
split trim tab. The trim tab
actuator was fabricated from sheet
and rod styrene. I filed off the kit’s
moulded-on rudder pushrod and
fairing, and replaced it with more
rod and strip. These parts are very
fragile, and care must be taken not
to break them off during the build.
I decided to deflect the elevators
for this model. The kit parts are
fine, but it’s a lot of work to cut
them apart and then shim them
up to fit properly when reposed.
I used the Cooper Details
stabilizers, which are already
separated. The stabilizers were
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A little extra detail was also added to the tail wheel and its
doors. The doors have been drilled and pinned. This adds a lot
of strength to an area that usually gets easily damaged with
casual handling.
The up locks were drilled out and detailed. Mounting lugs for
the gear doors were fashioned from styrene rod.
© Osprey Publishing • www.ospreypublishing.com
drilled and metal pins were
installed to add strength, and
attached with CA. A simple card
stock jig was made to assure that
both elevators were dropped the
same amount. It was held in
position against the bottom of the
stabilizers with Blu-Tack while each
elevator was glued into position.
The tail wheel doors were also
drilled and pinned as I find these
parts are frequently knocked off
with casual handling. It has the
added benefit of allowing you to
bend the doors to the correct angle
when attaching them. The tail
wheel leg has a pair of tie rods that
close the doors during retraction.
There were made from styrene rod
and added during final assembly.
All seams were sanded and panel
lines restored where lost from
sanding. Testors’ liquid cement was
brushed lightly into the restored
panel lines to clean them up. A
careful check of all seams was made
to ensure no file marks, flat spots,
pinholes or scratches remained.
THE FUN STUFFThe model was wiped down
with a paper towel moistened with
isopropyl alcohol to remove any
grease and finger oils. The cockpit
was carefully stuffed with
moistened facial tissue to protect
it from overspray. The windscreen
and sliding canopy were masked
off and the painting could
now commence.
I have always custom-mixed my
British colours from Tamiya paints,
but they have recently added the
141
Probably the weakest parts in the
excellent Airfix Spit 22/244 are the
prop blades. They have too much
helical pitch (or twist) to them and
are not very accurate in shape.
New prop blades were mastered
and cast after careful study of
drawings and photographs.
The cockpit and canopy have been
carefully masked in preparation for
painting. Bare-metal foil was used to
mask the clear parts, while moistened
facial tissue was used to fill the
cockpit opening.
© Osprey Publishing • www.ospreypublishing.com
three RAF colours necessary for
this build to their line. Thank you,
Mr Tamiya! I began by spraying
the undersurfaces with medium sea
grey. The base colour was darkened
with a drop or two of black, and
some of the major panel lines
were oversprayed to create some
shadowing to them. I try to keep
this very subtle. It sometimes
looks overdone, but once
the wash and markings are on,
the effect becomes muted,
sometimes becoming imperceptible.
Trying to strike a good balance is
an ongoing process.
The undersurfaces were masked
off with Tamiya tape and ocean
grey was applied to the upper
surfaces. The dark green disruptive
pattern was then sprayed freehand
using my Paasche H airbrush.
The 1–1.5in. demarcation works
out to about .030in. in 1/48 scale.
This is not hard to do using a
good airbrush with some practice.
Some prefer to mask this type
of camo pattern and use poster
putty to space the masks from the
surface, but I would rather spend
my time painting. Masking is
tedious! The secret is to dial back
the volume of paint and get in
close, keeping the brush moving
and angled in towards the colour
area you are spraying. Don’t be
afraid to go back with ocean grey
and spray some touch ups to
tighten up your pattern.
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The dark green disruptive pattern was
applied freehand using a Paasche H
airbrush shooting custom-mixed Tamiya
paints. A 1in. demarcation between the
colours was the standard for RAF upper
surface camouflage patterns.
With basic painting finished, the narrow
Korean War theatre bands are applied.
The white is done, and has been
masked off in preparation for the
application of the black.
© Osprey Publishing • www.ospreypublishing.com
The ID bands and upper wing
walkway lines were also masked
and sprayed. After all painting was
completed, the whole model was
given a gloss coat using Future
(Johnson’s Klear) and left to dry
overnight. Now the process of
decaling could begin. I discovered
a number of inaccuracies on the
Aeromaster sheet for this particular
aircraft. The upper wing roundels
were so oversized that when the
trailing edge was aligned with the
front of the aileron, the roundel
wrapped over the leading edge of
the wing a good 6 scale inches!
These were binned, and
replacements sourced from
another sheet.
The serial number is unique on
VN307. The ground crew painted
white numbers over the black
stripes and black numbers over the
white. Aeromaster replicated this,
but the placement did not match
the photo of the real aircraft.
I searched my decal archives and
found two serial sheets from
Carpena, one in black and the
other in white. I cut the serials
from each sheet and assembled
them on the model. A fine point
to be sure.
The rest of the markings
were good and the decals worked
flawlessly. After the decals had
dried overnight, I washed the decal
residue off the model, and then
sealed the markings in with a coat
143
All painting is now complete, and needs
only a clear coat to be applied before
decaling can commence. Note the
subtle post shaded panel lines on
the undersurfaces.
Take your time when applying decals to
make sure they snuggle down into all
panel lines. Stubborn decals can be
gently pushed down or cut to force
them to settle onto panel lines.
Decal solvent is your friend!
© Osprey Publishing • www.ospreypublishing.com
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it’s starting to come to life. Still to be
applied are the walkway lines and
stencils. Once all decaling is finished,
decal residue is cleaned up and the
decals are sealed under a coat of gloss.
The panel wash has been applied,
followed by a clear satin coat.
Weathering has been applied, and the
model is almost ready for final assembly.
The finish line is in sight.
Looking forward into the port gear bay,
now painted and washed. While tucked
away in a hard to see spot, all that gear
bay detail looks pretty cool to my eye.
© Osprey Publishing • www.ospreypublishing.com
145
A nice unobstructed view of the aft wall
of the port gear bay. Soon the main
landing gear and outer wheel doors
will be added.
The seat, oxygen hose and control
column ready for installation. I tend to
overdo the shading and highlighting in
tiny cockpits. While it may look too
stark in close-up photos, it becomes
much more subtle when installed and
helps add visual interest.
LEFT: A look down into the seat pan,
showing the Q-style harness with its
prominent quick release box that the
other belts plug into. Note the rust
brown colour of the phenolic resin the
real seat is made from.
RIGHT: The painted and washed main
gear legs, with scissor links and brake
lines installed, ready to be attached.
It’s easy to rush through these parts,
but the extra detail really adds visual
appeal to the finished model.
© Osprey Publishing • www.ospreypublishing.com
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she looked in late 1950. Based at Kai
Tak airport, they were tasked with
defending Hong Kong during the
Chinese Communist uprising, a threat
that never amounted to anything.
This close-up shot shows the subtle
weathering that reflects wear and tear
on the wing roots from months of daily
servicing by busy ground crews.
Crowbars, contrary to popular belief,
were not painted red.
The main wheels are also from Cooper
Details, and feature much extra detail,
such as the castellation in the main
axle nut. Getting the gear angles right
is important to making the model
look natural.
© Osprey Publishing • www.ospreypublishing.com
147
The empty zero length rocket rails add
interest to the underside of the wing.
The recognition bands were added to
No. 80 Sqn Spitfires during the Korean
War, in case the conflict came east.
The bands were painted on,
and required careful masking and
measuring. The Aeromaster decals
I was using had the spacing of the
serial numbers wrong, so I pieced them
together from two different decal sheets
from Carpena.
This view shows many details: the
fuselage position lights, the rocket rails,
the staining and leaks running back
from the engine and the belly tank
jettison hooks.
© Osprey Publishing • www.ospreypublishing.com
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fitted. Note the scratch built retraction
mechanism, and the very light staining
running back from the guns. Keep this
staining light, as modern aircraft guns
don’t use black powder!
The carbon and lead deposits from the
exhausts, streaked by rain and spilled
fuel mark the fuselage sides. The
weathering that looks quite stark in this
photo is almost too subtle in person.
The Mk 24 was the last version of the
Spitfire to see service. It differed from
the Mk 22 mainly in the electrical
system, which changed from 12 to
24 volts.
© Osprey Publishing • www.ospreypublishing.com
of Future. Once dry, a dark grey
panel wash was applied using
enamel paint thinned with mineral
spirits. After 20 minutes. I took a
folded-up piece of cotton t-shirt
material lightly moistened with
thinner and gently scrubbed the
excess dried wash from the surfaces.
This leaves the wash undisturbed in
the panel lines. The exhaust stains
were sprayed using thinned dark
brown and light grey enamel paint,
as it’s easy to remove if it doesn’t
look right the first time.
FINAL ASSEMBLYBefore unmasking the cockpit
and canopies, a final satin clear
coat was applied. I mix Testors’
Dullcote and Glosscote together
in a bottle to get a light satin.
I do not like dead flat finishes
for anything other than armour,
figures, and desert aircraft that are
heavily weathered. It tends to leave
aircraft looking lifeless. Further
weathering effects were applied
at this point. Paint chipping
was simulated with silver paint
applied with fine brush. I also
used chalk pastels applied with
an artist’s stump to create dirt
and oil streaking.
The cockpit and canopies
were unmasked, and I launched
enthusiastically into the final
assembly stage. The seat, stick,
gunsight and door were added
to the cockpit. Landing gear
components were assembled and
attached. The prop and spinner,
exhausts, sliding hood, rocket rails
and various small parts were glued
in place. All newly glued joints
were carefully inspected and
touched up if needed. It’s easy
to leave a shiny glue mark on an
otherwise immaculate model.
CONCLUSIONWith that, my Mk 24 Spitfire was
complete. I am very happy with the
result. Aside from the new Tamiya
Spitfire Mk IX in 1/32 scale, the
Airfix Mk 22/24 is, in my
estimation, the most accurate
Spitfire model available in any scale.
I love this kit so much that I created
a ton of aftermarket parts for it.
They were available for a number
of years under the Cooper Details
banner. Some parts are available
again as part of the BarracudaCast
line of resin detail sets.
The only original parts I used
on this build were the fuselage
halves, wings, radiator fairings,
main gear legs and doors, tail
wheel, and the pitot tube! The fact
that the resulting model, by parts
count, is overwhelmingly resin is
not a criticism of the basic kit,
but rather a homage to both the
kit and the subject.
I really enjoyed the build.
I have an Airfix Seafire FR 47 in
the works, and plan on converting
a third kit to a high-backed
Spitfire 21, but then, I am a
little unbalanced when it comes
to Spitfires.
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The Mk 22 and 24 were fitted with the
huge yet graceful Spiteful tail, necessary
to counteract the torque from the
massive Griffon engine that produced
over 2,200hp. Late-mark Griffon
Spitfires have a special place in my
heart, and this model is one of my
favourite builds.
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UPGRADE AND CONVERSION USINGRESIN AND PHOTO-ETCHThe USS Kitty Hawk visited Sydney in July 2007 following its participation in a joint military exercise
between US and Allied forces off the east coast of Australia. This was Kitty Hawk’s last visit to Australia
before she retired from active service in 2008.
US NAVALAIRPOWER TODAY –ABOARD USSKITTY HAWK
Rodger Kelly is a long-time
volunteer who conducts
guided tours on US military
ships when they are visiting his
home town of Perth. While the
USS Kitty Hawk was still steaming
along the Australian east coast
en route to Sydney, Rodger was
fortunate enough to be able to
hitch a ride on a Carrier On-Board
Delivery (COD) from Sydney
Kingsford-Smith airport to the
deck of CV 63.
Following his carrier trip,
Rodger had the chance to see Kitty
Hawk’s air wing in action. Once the
Kitty Hawk was in Sydney, Rodger
invited myself and two friends,
Chris Wauchop and Al Bowie,
to accompany him on board for
a few hours on 6 July 2007.
Rodger also joined the Kitty
Hawk for her last cruise to Hawaii
in May 2008. During this cruise,
Rodger had the unique opportunity
to watch and photograph the Royal
Maces’ F/A-18 Super Hornets in
action and at rest.
The photographs on these pages
were taken by Rodger and myself
during these visits. We would like
to extend our gratitude to the
US Navy, the captain and crew of
USS Kitty Hawk for their generous
hospitality during their Sydney
visit and final cruise.
USS KITTY HAWK (CV 63)At the time of her retirement in
May 2008, Kitty Hawk was the
oldest of the 12 aircraft carriers
in the US fleet. The ship was
commissioned in April 1961. The
statistics associated with the Kitty
Hawk are staggering. The ship is over
320m long, weighs 86,000 tons, has
capacity for more than 75 combat
aircraft and boasts a crew, including
the carrier air wing, of 5,300.
Kitty Hawk’s long history has
been filled with many periods
of crucial service, including six
tours to support US operations in
Vietnam between 1963 and 1972,
operations off Somalia in 1992
and participation in the coalition
attacks against specific targets in
Iraq during January 1993. Kitty
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A GBU-16 Paveway II 1,000lb laser-
guided bomb being prepared to load
on a Royal Maces F/A-18E Super Hornet.
AIM-7 Sparrow missiles. It is interesting
to note that the wings and fins are not
installed here.
An F/A-18C is raised to the flight deck
via one of the side deck elevators.
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TOP: Here is the colourful CAG bird for
VFA-192 Golden Dragons, also on board
Kitty Hawk for her last cruise in 2008.
This is an F/A-18C Hornet.
MIDDLE: VFA-27 Royal Maces is
equipped with the new F/A-18E and
F/A-18F Super Hornet. Although the
family resemblance is unmistakable,
these Super Hornets are much bigger
than the earlier F/A-18s.
BOTTOM LEFT: F/A-18E 112 on the
deck. The outer wings are still folded
at this stage.
BOTTOM RIGHT: Royal Maces 405 is
lined up on the catapult. Note that the
Fowler flaps and ailerons are all in the
dropped position.
© Osprey Publishing • www.ospreypublishing.com
Hawk was also deployed to the
North Arabian Sea in October
2001 in support of Operation
Enduring Freedom as a floating
staging base for US Special Forces.
CARRIER AIR WING FIVE(CVW-5)Carrier Air Wing FIVE (CVW-5)
is a multi-task element of the US
Navy’s Seventh Fleet that operates
from the northern Pacific Ocean to
the Arabian Gulf. CVW-5 moved
onto the Kitty Hawk in July 1998.
CVW-5 is made up of eight
squadrons and one detachment:
• VFA 27 Royal Maces, equipped
with the new F/A-18E Hornet.
The F/A-18E and F Super
Hornets represent the US Navy’s
premiere all-purpose, all-weather
strike and fighter aircraft since
the retirement of the F-14
Tomcat. The Super Hornet
can carry up to 18,000lb of
ordnance. It can undertake air-to-
air and air-to-ground missions, as
well as aerial refuelling.
• VFA-102 Diamondbacks,
operating the new F/A-18F
Hornet as a multi-mission,
all-weather strike fighter.
The F/A-18F can conduct
day or night, air-to-air and
air-to-ground missions, launch
precision-guided weapons,
provide fighter escort, close
air support, ground defence
suppression, reconnaissance,
FAC and refuelling operations.
• VFA 192 Golden Dragons,
F/A-18C Hornet.
• VFA 195 Dambusters,
F/A-18C Hornet.
• VAQ 136 Gauntlets, EA-6B
Prowler.
• VAW 115 Liberty Bells, E-2C
Hawkeye.
• HS 14 Chargers, SH-60F
Seahawk.
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Loaded with two 330-gallon fuel tanks
on the wings, 405 is ready for take-off.
The catapult launches Royal Maces
F/A-18F 106 over the Pacific Ocean.
This is the two-seater variant of the
Super Hornet.
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The aircraft becomes a hub of activity
after landing. The wings have been
folded already, and deck crew converge
on the aircraft after shutdown.
A Royal Maces F/A-18F makes a perfect
approach over the threshold of Kitty
Hawk’s deck.
405 makes a safe return after its flight.
The trap cable is still connected to the
arrestor hook.
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155
An F/A-18F fitted for refuelling. This
aircraft is attached to VFA-102
Diamondbacks. Sydney’s Centrepoint
Tower can be seen in the background.
A 330-gallon fuel tank. This may be
carried on wing or centreline pylons.
The stout forward landing gear of an
F/A-18F. Note the clear inspection
windows in the undercarriage door.
© Osprey Publishing • www.ospreypublishing.com
• HSL-51 Det 3 Warlords,
SH-60B Seahawk.
• VRC 30 DET 5 Passwords,
C-2A Greyhound.
REVELL 1/48-SCALEF/A-18E SUPERHORNETModellers currently have the
choice of three manufacturers
when buying Super Hornet kits in
1/48 scale. Italeri, Hasegawa and
Revell offer F/A-18E single seat
and F/A-18F two-seaters.
We can quickly discount Italeri’s
offerings as underdetailed and
suffering from a number of
serious inaccuracies. The Hasegawa
family of Super Bugs feature finely
recessed panel lines, plus separate
flaps and slats that may be posed
either retracted or dropped.
The outer wing panels may be
modified to be built folded too.
Revell’s Super Hornet kits also
include nice, crisp recessed surface
detail, but the wings are moulded
with the flaps and slats in the
recessed position. Although the
outer wing panels are separate
subassemblies, these are not
designed to be posed folded.
This will be a disappointment
to modellers who like to depict
their models with everything
hanging out, but there are other
benefits to the Revell kit, such
as a better-detailed cockpit and
simpler parts breakdown.
Although conventional
modelling wisdom generally favours
the Hasegawa kit, it cannot be
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exhaust covers when they are idle. This
colourful cover would be an interesting
enhancement to an F/A-18E model.
One exhaust cover partially in place.
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ignored that the Revell Super
Hornets can often be found for
less than half the price of the more
sophisticated Japanese offering.
For this project I decided to use
the Revell 1/48-scale F/A-18E.
Revell’s F/A-18E Super Hornet
comprises 159 parts in grey plastic
and five parts in clear – a relatively
modest parts count for a large
jet fighter aircraft. By contrast,
the Hasegawa kit has around
260 parts. Moulding quality is
generally very good, with only a
little flash to clean up here and
there. Parts breakdown is
interesting, with the upper fuselage
and inner wing sections being
moulded as one large upper and
one large lower half. This bypasses
the problem of wing root joins.
A comprehensive suite of
ordnance is supplied in the kit,
another advantage over Hasegawa.
These include two AIM-120C
missiles, two AIM-9X Sidewinders,
two GBU-31-4B JDAM, two
Mk 83 bombs, one AN/ASQ-228
FLIR pod, and a 330-gallon tank.
The boarding ladder is provided,
and the ladder well detail is nicely
done. The wheel wells are great
too, bristling with plumbing and
electrical detail all moulded in place.
I particularly liked that the nose
landing-gear door is moulded in
clear plastic. This permits the
modeller to accurately depict the
inspection windows, although some
tricky masking will be required here.
The horizontal stabilizers
may be left to pivot on their axle.
This actually works quite well.
The landing gear looks good, and
it is also very simple to assemble.
On the downside, the wings’
leading edge extensions (LEX)
are too short. They should extend
further under the windscreen. The
spine is also too tall, resulting in
the canopy not looking quite right
(the base is far too tall for a start).
This is less noticeable when the
canopy is displayed open though.
The other two issues are the intake
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BELOW LEFT: Revell’s 1/48-scale F/A-18E
is nicely detailed, cleverly engineered
and often available at around half the
price of Hasegawa’s Super Hornets.
BELOW RIGHT: Wolfpack Designs from
Korea offer a resin folded wing set for
Revell’s kit.
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Wolfpack’s resin parts have been tidied up, with the casting
blocks and strips removed prior to assembly.
Revell’s flaps and slats will need to be cut off the model.
Here, they have been outlined in pencil to prevent any
unfortunate errors!
Revell’s cockpit parts are reasonably well detailed. The side consoles of the cockpit tub are a bit basic.
The main side halves of the seat did not want to join at the
middle of the rear, so a couple of clamps provided some
friendly persuasion.
Side console detail was ground off the plastic cockpit tub with
a square-ended dental burr fitted to a Dremel motor tool.
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159
There are plenty of accessories and upgrades for Revell’s F/A-18E
and F Hornet kits. Here we can see Eduard’s ‘Big Ed’ photo-etched
set, Aires’ resin cockpit and the lamentably unavailable
replacement full-length intakes from Cutting Edge.
I used elements of the Big Ed set, especially in the cockpit.
The colour photo-etched parts are just beautiful, and add
a lot of authentic detail to the front office.
Eduard supplies the side consoles and upper sidewalls too.
They have all been fitted in this view.
The kit seat received a careful paint job, with weathering
techniques used to highlight the harness straps. The stripes
on the pull ring were applied with an indelible black marker.
The cockpit parts, assembled, painted and ready for assembly. The Eduard instrument panel parts include lit-up displays and
separate bezels. I challenge any modeller to paint a panel with
this level of detail and precision!
© Osprey Publishing • www.ospreypublishing.com
ducting, which is very short, and
the oversimplified burner cans,
which simply butt up against the
rear of the airframe.
CONSTRUCTIONAlthough I was keen to build
Revell’s kit, I also wanted to
depict the wings folded and the
flaps/slats dropped. Wolfpack
Designs of Korea offer a resin
update set providing just this
configuration for the Revell kit.
This set is made up from
22 parts in grey resin, and includes
single-piece outer wing panels with
downward deflected ailerons, mid
and rear Fowler flaps, flap hinges,
blanking plates, leading edge slats
and alternate-length rocket rails.
I was pretty satisfied with the
detail in the cockpit, but I owned
Eduard’s ‘Big Ed’ photo-etch detail
set. This provides a mass of detail
for the interior, exterior, Remove
Before Flight tags and canopy
masks. I decided to use some
of this set for this project too.
I originally thought that
I would replace the very short
intake trunking with the one-piece
resin parts from Cutting Edge, but
test-fitting suggested that some
serious modifications would be
needed to the kit parts to make
the resin ducts fit, so I gave them
a miss.
The project kicked off with the
resin parts. I spent a leisurely hour
cutting off the relatively minor
casting blocks and cleaning the
parts up in preparation for
assembly. Getting the kit parts
ready took a little more time and
care. First, the flap and slat panels
that were to be cut out of the
upper and lower wing halves
were marked in pencil. There are
a number of panel lines in these
areas and I wanted to make sure
that I cut the correct ones! The
next step was to lightly score the
panel lines with a scriber to deepen
the lines. Once these lines were
well defined, I placed a new blade
in my Olfa hobby knife handle
and continued to score lightly.
When the lines were nearly cut
through, I used my razor saw to
complete the cuts and remove the
flaps and slats from the wings.
With this surgery successfully
completed, I turned my attention
to the cockpit. A square-tipped
dental burr was chucked into my
Dremel motor tool. This was used
to grind the raised detail off the
side consoles of the cockpit tub.
The cockpit tub, instrument panel,
seat and control column were
then painted. Eduard’s colour
photo-etched parts were attached
to the side consoles using acrylic
Gator’s Grip glue. This does not
‘grab’ like superglue, allowing
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LEFT: The kit intakes are very short.
The trunking and the inside of the
intakes were painted with Tamiya’s
Extra Fine White Primer. This delivers a
smooth, satin finish ideal for US Navy
interior parts.
BELOW: The flaps and slats were cut off
with a scriber, a new hobby blade and a
razor saw.
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161
The wheel wells and insides of the
undercarriage doors were also sprayed
with Tamiya White Primer.
The cockpit fitted well into the fuselage,
but there was a large gap in front of the
instrument coaming.
The upper and lower fuselage halves
were a decent fit, but clamps were used
while the cement set to minimize gaps
and steps.
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integrity once the flaps and slats are cut
out, but they will retain their rigidity
later on.
The multi-part engineering of the nose
is unique, but it seems to work well.
Fit is tight though, and clamps are
helpful to keep all the parts properly
aligned until the adhesive sets.
Wolfpack supplies resin inserts to plug
the gap in the fuselage left when the
flaps have been removed.
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163
A similar gap is also present at the
front of the wing, but this is left to
the modeller to fill. A wedge of plastic
scrap was used to fill the bulk of the
space. This was later completely filled
with Milliput.
The resin leading edge slats and mid
flaps have been attached to the wings
with superglue.
The fit was pretty good. A brushed
application of Tamiya Surfacer corrected
the uneven appearance of this join.
© Osprey Publishing • www.ospreypublishing.com
adjustment after the part has been
placed yet still offering a strong
grip for these lightweight parts.
The upper sidewalls were secured
with superglue. Gator’s Grip was
also used to attach the various
panels, displays and bezels to the
instrument panel. It has been
pointed out to me that it is
unusual to see the displays lit up
without a pilot on board, but
perhaps this aircraft is undergoing
maintenance! The seat was used
straight from the box with nothing
more than a careful paint job and
weathering to highlight the harness
straps. The cockpit assembly fitted
snugly into the upper fuselage half
as it was inserted from underneath.
I was concerned that the very
short intake trunking – around a
third of the length of the real thing
– would be very obvious on the
finished model so I thought I would
probably make a cover for the intake.
Just in case though, I still painted
the inside of the intake and the
trunking with Tamiya’s lovely
semi-gloss White Primer. In the end,
the short trunking, seam lines and
ejector-pin marks were not obvious
at all on the completed model.
With the cockpit and intakes
complete, the balance of basic
construction was surprisingly fast.
The breakdown of the horizontally
split wings/fuselage and the
vertically split nose looks strange,
but makes perfect sense as the parts
come together. The fit is pretty
tight at the nose though, so I used
tape and clamps to counter the
tension until the cement dried.
Now that the fuselage and central
wing assembly was ready, I could
take care of some of the smaller
details. The gaps left at the wing
root when the slats and flaps were
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ABOVE LEFT: In common with mostbulged clear parts, Revell’s canopy ismoulded with a raised line down thecentre. This was carefully scraped downwith the back of a hobby blade, andsanded with 1,000-grit abrasive paper.
ABOVE RIGHT: The canopy was thenpolished with successively finer grades ofMicro-Mesh cloths, followed by polishingcream and a bath in Future floor polish.The seam line has now been eliminatedfrom the now sparkling canopy.
LEFT: A few niggly join lines were stillobvious. The worst of these was underthe canopy where the nose cap assemblymeets the main fuselage. This was filledwith a brushed line of Tamiya Surfacer.
© Osprey Publishing • www.ospreypublishing.com
removed needed filling. Wolfpack
Design provides resin inserts for
the rearmost gap, but you are on
your own for the one at the front.
The resin plug fits pretty well, and
it only took me a few minutes to
carve a couple of wedges of scrap
plastic to fill the gaps at the front
of the wing root. White Milliput
was used to fill in the blank spaces.
Many bulged kit canopies are
moulded with a slightly raised
centreline seam. This is an inevitable
by-product of the production
process, but it is not something that
we see on a real aircraft. I carefully
scraped down with the back of a
hobby blade, and sanded with
1,000-grit abrasive paper. The
canopy was then polished with
successively finer grades of
Micro-Mesh cloths, followed
by polishing cream and a bath in
Future floor polish. The seam line
has now been eliminated from the
now sparkling canopy.
PAINTING ANDMARKINGSUS Navy fighters are finished in
a simple scheme of dark gull grey
over light gull grey. Once the
intakes, the cockpit opening and
the wheel wells had been blocked
off with masking tape and tissue
paper, the lower surfaces, outer fins
and the fuel tanks were sprayed
Gunze-Sangyo H308 Light Gull
Grey using my Testor Aztek
airbrush. The lower surfaces were
165
The windscreen to nose join also
needed the Surfacer treatment. This was
the first of several applications before
the join line was reduced to an
acceptable level.
More filler was required at the bottom
and edges of the intakes, this time
Milliput White, a two-part epoxy putty.
The intakes and landing gear bays were
masked with tape and tissue.
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pylons, plus the outer fins, were masked
after they were painted with Gunze
H308 Light Ghost Grey FS36375.
Tamiya masking tape was used to form
the crisp demarcation between the
upper and lower surfaces at the nose.
The model then received a coat
of Gunze H307 Dark Ghost Grey,
FS 36320, on the upper surfaces.
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A slightly lighter batch of dark ghost
grey was mixed and applied in subtle
spots, streaks and mottles to add
some variety to the otherwise
monotonous finish.
US Navy aircraft are exposed to harsh
elements and also suffer from the
constant tramping of deck crews.
A mix of Tamiya XF-64 Red Brown and
XF-1 Flat Black was used to depict this
heavy wear.
The stains and scuff marks were added
according to reference photos of real
Hornets. Once the weathering was
completed, the model received three
thin coats of Future floor polish to seal
the paint job.
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ABOVE LEFT: The gun panel and IFF
device in front of the windscreen were
both masked and sprayed with Tamiya
XF-63 German Grey.
ABOVE RIGHT: With its overall grey
finish, any variety is welcome!
MIDDLE: Markings were sourced from
Afterburner Decals ‘Felix Rules F/A-18E
VFA-31’. They went on beautifully over
the high-gloss Future coat.
Afterburner includes the slime lights
and a full set of stencils in addition to
the unique markings.
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Two thin coats of Gunze Flat Clear ties
in the decals with the paint job, and
subdues the weathering somewhat.
The fit of the windscreen is still not
perfect, but the canopy is not actually
glued in place here.
The grimy weathering breaks up the
single-colour upper surface, and
conforms to reference photos.
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Revell’s undercarriage parts are simple to assemble yet
nicely detailed.
The outer edges of all the gear doors were brush painted red
with Vallejo acrylics prior to the outside being painted grey.
Revell supplies one of the 330-gallon tanks, but I borrowed
two more from a Hasegawa F/A-18F. Afterburner includes
enough markings for up to four Tomcatter tanks.
Sidewinders, Sparrows and JDAMs are painted, decaled and
weathered in preparation for final assembly.
The flaps and outer wing panels were
painted and weathered separately. This
made it easier to access the fuselage,
and also reduced the risk of damaging
the parts due to excessive handling if
they were attached earlier.
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ABOVE: The various subassemblies have
all been brought together for the
completed model.
RIGHT: The exhaust cans were painted
using Testors’ ‘Jet Exhaust’, followed
by weathering with the ubiquitous
black/red brown mix and buffing back
with Micro-Mesh polishing cloths.
Revell’s starboard side front
undercarriage door is moulded in clear,
accurately depicting the inspection
windows. Some tricky masking is
required here.
© Osprey Publishing • www.ospreypublishing.com
then masked off and the top of
the model painted Gunze H307
Dark Gull Grey.
Unlike their Air Force
counterparts, US Navy aircraft
are filthy and patchy in service.
This is especially true of fighters
and attack aircraft on carriers.
The first step in achieving this level
of in-service grime was to mix up
a slightly paler batch of dark gull
grey, applying this fresh paint
in random spots, streaks and
mottles to represent recent repairs
to the camouflage.
Next, a mix of Tamiya XF-64
Red Brown and XF-1 Flat Black
was used to apply heavy wear.
Stains and scuffmarks were added
according to reference photos of
real Hornets. Once the weathering
was completed, the model received
three thin coats of Future floor
polish to seal the paint job.
The gun panel and IFF device in
front of the windscreen were both
masked and sprayed with Tamiya
XF-63 German Grey.
My original plan was to finish
this model in the markings of one
of the Royal Maces F/A-18Es that
feature in the first section of this
chapter, but Afterburner Decals
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The F/A-18E and F bristle with
ordnance. Here we can see the
330-gallon tank, JDAM bomb and
Sparrow missile on their pylons.
The wing folds were a trouble-free fit.
They were secured with superglue.
Note the position of the narrow
rectangular wing fold cover.
© Osprey Publishing • www.ospreypublishing.com
173
kindly sent me a pre-release version
of their VFA-31 Tomcatters sheet.
I had long wanted to build a
Tomcatters F-14, and this would
also be a good excuse to use some
Felix the Cat decals on the fin of a
US Navy aircraft!
The decals, printed by
Cartograf of Italy, were a pure joy
to use. They went down perfectly
over the glossy Future finish. My
only mild complaint is that the
sheet is so full of markings that it
is a bit tricky to navigate around
with a knife or a pair of scissors
cutting out the individual decals.
Full stencil markings are provided
too. There are quite a few of these.
I spent a couple of sessions of a
couple of hours each applying all
of the decals. Two thin coats of
Gunze Flat Clear sealed the paint
and decals.
The landing gear is mercifully
simple. The landing gear legs
and ordnance were painted and
weathered prior to final assembly.
I used superglue to secure the
main gear legs so that I could
instantly freeze the parts into
the correct stance using
Zap accelerator.
CONCLUSIONRevell’s 1/48-scale F/A-18E
Super Hornet is not without its
flaws, but none are what I would
consider to be fatal. This is a nice
kit straight from the box, but the
addition of Wolfpack’s wing fold
set and Eduard’s colour photo-etch
really lift it into a different league.
If you want to experiment with
multimedia upgrades, this would
be a good place to start.
Revell’s 1/48-scale F/A-18E is a nice kit
straight from the box, but the addition
of Wolfpack’s wing fold set and Eduard’s
colour photo-etch really lift it into a
different league.
© Osprey Publishing • www.ospreypublishing.com
ADDING DETAIL TO AN OLDER KITThe Macchi MB-326 was a lightweight jet trainer designed by Ermanno Bazzocchi. The efficient
Armstrong Siddely Viper engine was chosen as the powerplant.
MACCHI JETTRAINER CLOSE UP
After a lengthy development
period, the Macchi
MB-326 entered service
with the Italian Air Force in
March 1962. In addition to
its primary role of trainer,
Macchi also scored export success
with the MB-326 being used as
a light fighter and ground-attack
aircraft. The two major export
clients were South Africa and
Australia. The Fighter World
Museum north of Newcastle
in Australia is home to a
complete Macchi MB-326
plus a cockpit.
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The front cockpit of Fighter World
Museum’s Aermacchi MB-326H bristles
with instruments, dials and switches.
The right side console in the front
cockpit. Note the black colour of the
basic metal seat.
The rear cockpit duplicates the
instruments of the front, albeit on
a slightly different shaped panel.
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ejection seat in the rear cockpit.
A high view of the top of the front
ejection seat. The drogue container
may be seen clearly in this photograph.
The front landing gear features a metal
cover for the wheel and a landing light
on the front of the leg.
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177
The main landing gear legs are short
and simple in the extreme.
The fixed wing tip fuel tanks feature
navigation lights. This is the green light
on the starboard side.
The exhaust is protected from debris
by a simple cover. Note the white
navigation light above the exhaust.
© Osprey Publishing • www.ospreypublishing.com
1/48-SCALEMACCHI MB-326 ESCI’s 1/48-scale Macchi MB-326
kit dates from at least 1983, but it
is fundamentally a nice little kit
with crisply engraved and very
petite panel lines, minimal
moulding problems, straightforward
construction and good fit.
Italeri recognized the value
of this old kit by re-releasing the
Macchi MB-326 under its own
label in 2004. It is still widely
available today.
The area that most noticeably
lets ESCI’s Macchi down is the
cockpit. The rudimentary tub,
blank instrument panels and side
consoles and oversimplified seats
will be severely lacking under that
large clear canopy. Surprisingly, in
more than 20 years since this kit
was first released, there has never
been a resin cockpit update set
offered. Until now.
OzMods manufacture resin
accessories and multimedia kits
in various scales, with a particular
focus on Australian subjects.
Their latest release is a replacement
cockpit for ESCI/Italeri’s
1/48-scale Macchi MB-326.
The configuration is best suited to
one of the 97 Macchis that served
with the Royal Australian Air Force
and Royal Australian Navy.
CONSTRUCTIONOzMods’ 1/48-scale Macchi
cockpit comprises just nine parts
in grey resin. All the parts were
well presented with no casting
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imperfections present on my
sample. The biggest component is
the one-piece cockpit tub. This is
ready to use, with the casting tub
already sawn off the bottom.
Side console detail is very well
done. Similarly, the instrument
panels feature deep and authentic
detail – a vast improvement over
the ESCI plastic parts. The seats are
another highlight. They are dressed
with the various RAAF cushions
and packs, but they are lacking any
harness straps and ejection-pull
handles. These should be added
using lead foil and wire (or similar
materials). The remaining pieces are
control columns, canopy brace and
canopy support.
STARTING WITHTHE COCKPIT…Surprisingly, upper sidewall detail
is not addressed in the OzMods
cockpit, so the first task was to
measure and mark the interior
sidewalls, then add some detail
using plastic strip and wire. I also
fabricated four oxygen hoses by
wrapping very fine wire around
slightly thicker wire.
Next, harness straps were added
to the seats. I wanted to dress the
seat with the harness straps off
the seat (stowed beside the seats
on the consoles), so I used lead
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The old ESCI Macchi MB-326 is
dimensionally accurate but woefully
underdetailed. OzMods has come to
the rescue with a resin cockpit update.
Although the cockpit tub and seats are
well done, the update does not address
the prominent detail on the Macchi’s
upper sidewalls.
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strip and lengths of metal.
The extra effort is worthwhile, as
this area is highly visible under the
open canopy.
BOTTOM LEFT: Oxygen hoses were
made by winding fine fuse wire around
lengths of solder.
BOTTOM RIGHT: Painting of the cockpit
commenced with a coat of flat black.
The instrument bezels were masked
off prior to further painting.
© Osprey Publishing • www.ospreypublishing.com
foil to permit me to position
the straps after everything else
was painted and the seats
were installed.
I painted all the components
black. The various black panels
were masked off with Tamiya
tape before the cockpit tub and
instrument panels received their coat
of Gunze Barley Grey. This might
not technically be the correct
colour, but the slightly glossy
light grey looked appropriate.
Details were picked out with a
fine brush. Decals were also used
for more precision in tricky areas
such as the instruments and fuse
panels. Many of these were
punched and cut out of the
relatively ancient ESCI decal sheet.
A number of Reheat placard decals
were also applied. Washes were
used only sparingly to maintain
a clean look in the cockpit.
The fit of OzMods’ cockpit
components was perfect. No
trimming, sanding or adjusting of
the kit parts or the resin cockpit
tub was required. There is also
plenty of space for weight in the
nose and under the cockpit to
prevent this model from resting
on its tail skid. I spent more time
on this cockpit than on most, but
I was pleased with the result.
GENERAL AIRFRAMEIn addition to their cockpit set,
OzMods also offers the big
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The light grey cockpit interior helps
show off all the extra detail.
OzMods’ resin cockpit tub fits well
inside ESCI’s fuselage halves.
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OzMods also offer separate landing
flaps. The moulded kit flaps were first
scored with a sharp knife, then cut from
the wings with a JLC razor saw before
being tidied up with a sanding stick.
The instrument faces and dials were added using a
combination of kit decals and careful painting with
a fine brush.
The seats have been supplemented with straps from lead foil
and wire pull rings.
There is not much spare room in the
nose, but every empty space must be
filled with lead weights to prevent
the Macchi from sitting on its tail.
© Osprey Publishing • www.ospreypublishing.com
90-gallon wing tip tanks almost
exclusively used on all but the
very earliest Australian Macchis,
machine-gun pods, flaps and
replacement nose gear for ESCI’s
old kit. I used all of these resin
parts except the gun pods.
Casting of these parts was not
up to the standard of the cockpit.
The wing tip tanks suffered
noticeable crazing and some
misalignment along the centre line.
Even so, this set was better than a
second pair that I also had in my
collection, so I slathered the
affected areas in putty and sanded
the surface smooth. The tanks
eventually looked fine under a
coat of primer.
One of the resin flaps was
warped, but it was quickly
straightened after dipping in hot
water, followed by a second dip in
cool water to freeze the corrected
shape. The flap sections were
carefully removed from the upper
and lower wing halves using a JLC
razor saw and a sharp hobby blade,
while the interior surfaces were
bevelled to accommodate the new
resin flaps. The extra time spent
in the cockpit and on the flaps
was easily compensated for by the
balance of construction, which
was completed in a few hours.
Fit was very good indeed with
only minimal filler required.
PAINTING ANDMARKINGSAll paint was applied with my
Testor Aztek A470 airbrush fitted
with the fine tan-coloured tip.
Painting started with a coat of
Alclad Grey Primer. The black
leading edge boots and anti-glare
strip were also masked and sprayed
at this stage.
Next, the dark grey was sprayed
over the entire airframe. I used
Tamiya Spray AS-4 Grey Violet
for this shade, decanted from
the spray can into my airbrush
paint cup. This colour looks
too dark and too neutral for
the Luftwaffe colour, but was
just about right for my purposes
on the Macchi.
I originally planned to have a
slightly patchy finish on a well-worn
airframe, but I was not happy with
the effect after several attempts. I
also started testing the ALPS decals
from Hawkeye and found that the
white backing decals remained
translucent over the dark grey. I
therefore painted white underneath
some of the larger markings.
At this point, I was feeling a bit
disheartened with the appearance
of the model so I set it aside.
Five months later, I literally dusted
off the plastic and resumed with a
new enthusiasm.
I eventually decided to abandon
the heavily weathered look, and
sprayed over the patches. Two
coats of Future were sprayed
over the model for a glassy gloss
in preparation for the delicate
ALPS decals.
I wanted to build a particular
machine, one of two transferred
from the RAAF’s 76 Sqn to
183
The resin wing tip tanks look awful, but the crazing effect was
quickly dispatched with primer and some sanding.
The OzMods 90-gallon tip tanks are larger than the kit-
supplied items, and are appropriate for this Australian Macchi.
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strip were painted over the grey
primer coat.
Tamiya Spray AS-4 Grey Violet was used
for the base colour. This colour looks
too dark and too neutral for the
Luftwaffe colour, but was just about
right for this project.
Markings were sourced from a number
of decal sets.
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Smaller details were painted in
preparation for final assembly.
The completed model. There is no
doubt that the additional detail from
OzMods plus a little elbow grease
transforms the model.
All that hard work is rewarded by the
view inside the long cockpit.
© Osprey Publishing • www.ospreypublishing.com
25 Sqn in Western Australia.
Before transferring this Macchi,
76 Sqn ‘zapped’ their emblem on
the fin. The 76 Sqn Black Panther
could be seen mauling a pink duck,
their interpretation of the 25 Sqn
Pink Swan emblem.
Hawkeye Models produced
ALPS decals for a similarly
‘zapped’ Macchi in grey/green
camouflage, A27-05, but I wanted
to depict the overall grey aircraft.
I therefore needed new serials and
some different stencils.
I sourced decals from all over the
place, including the mauled pink
swan from Hawkeye, ESCI kit
decals, and several Model Alliance
sheets. Polly Scale Flat was sprayed
over the newly applied decals.
There was no sprayed post-shading
on this model, but I did add a wash
of thinned oil paint to the control
surface hinge lines, and Tamiya
X-18 Semi-Gloss Black thinned
with water in other panel lines.
Smaller parts were now added,
including the undercarriage and
‘disco lights’– the orange strobes
on the top and bottom of the
fuselage. Other details not included
in the kit such as blade and vane
antennae were cut from plastic
strip and card, and glued in place.
The kit canopy parts are thin
and beautifully clear, so I did not
bother to dip them in Future.
OzMods supplies a cross brace and
strut for the canopy, but the exact
placement is not shown in the
instructions and I could not find
a clear reference photo. I hope that
I have it right!
CONCLUSIONESCI’s (and Italeri’s re-released)
1/48-scale Macchi MB-326 is
an underrated kit. The release
of OzMods’ 1/48-scale Macchi
MB-326 cockpit was a welcome
surprise and makes a huge visual
impact on the bare front office of
this otherwise respectable model.
You will be further rewarded for
your extra efforts in the areas of
sidewall detail and seat harnesses.
With the addition of the big
wing tanks and dropped flaps, the
model takes on an aggressive yet
graceful stance. There are also a
huge number of colourful marking
options for this truly international
jet trainer.
TOP: A tiny hole was drilled into the
kit’s nose cap.
BOTTOM: Although previously
unavailable for some time, ESCI’s
Macchi MB-326 has now been
re-released by Italeri.
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BOOKS
The Osprey Modelling and Masterclass series,http://www.opsreypublishing.com
Alcorn, John, Lee, George, and Cooke, Peter, Scratch Built!:A Celebration of the Static Scale Airplane Modellers Craft SchifferPublishing: Lancaster, PA, 1993
Graham, Thomas, Monogram Models Schiffer Publishing:Lancaster, PA, 2006
Lines, Richard, and Hellstrom, Lief, Frog Model Aircraft1932–1976: The Complete History of the Flying Aircraft & thePlastic Kits New Cavendish: London 1989
Ward, Arthur, Airfix: Celebrating 50 Years of the GreatestModelling Kits Ever Made Collins Gem: London, 1999
ONLINE RESOURCES
HyperScale, http://www.hyperscale.com
IPMS Stockholm, http://www.ipmsstockholm.org
Missing-Lynx, http://www.missing-lynx.com
Modeling Madness, http://www.modelingmadness.com
Aircraft Resource Center,http://www.aircraftresourcecenter.com
Internet Modeler, http://www.internetmodeler.com
Armorama, http://www.armorama.com
Cybermodeler, http://www.cybermodeler.com
Britmodeller, http://www.britmodeller.com
Aussie Modeller, http://www.aussiemodeller.com
SOURCES AND REFERENCESAirbrushes and painting supplies are available from hobby and art shops. Some of the more specialized
accessories may only be available at specific airbrush supply companies. A number of online hobby shops
and specialist airbrush retailers are listed below. I have also noted some useful websites with tips and hints
for the airbrush, and a number of sites with great examples of the airbrush art as applied to models.
© Osprey Publishing • www.ospreypublishing.com
188
IndexAAccurate Miniatures 99adhesives
Gator’s Grip glue 160–64Tamiya Extra Thin Liquid
Cement 34aerials: making 72, 88 , 130, 1 31Aeromaster 143Afterburner Decals 1 68 , 172–73aircraft carriers 150–53, 1 51 –54Aires 5, 69, 70Airfix
kit quality 133Spitfire kits 133–49
Alclad products 49, 50antennae: making 22, 88 , 116, 130,1 32 , 186
AR II/Otaki 80Australian War Memorial, Canberra
55, 55–60
BBader, Douglas 28Bell, Tony 108Bowie, Al 150
Ccamouflage and camouflage
techniquesHellcats 84, 85–86Messerschmitts 58 , 71, 72Mitchells 114Spitfires 28, 38, 38–39 ,
142, 1 42Zeros 13, 1 6–1 7 , 20, 22
canopies: masking and painting 7, 1 5 , 40, 41 , 53 , 126, 1 29
Carpena 143Classic Airframes Spitfire kits 29–41cockpits: painting 63, 1 34–35 ,
137–38, 1 80–81 , 181, 1 82control sticks, full-size 75, 75–76 ,
79Cooper Details upgrade sets
for Sea Furies 120, 122–23, 1 22–23 , 124, 1 25 , 126, 1 27 , 130, 1 31
for Spitfires 133, 1 36–37 , 1 38 , 140, 149
Cutting Edgeharness straps 62, 63Hellcat upgrade set 90Sea Fury upgrade set 120, 122Super Hornet upgrade set 1 59 , 160
DDangerboy Hellcat wing fold set
90, 93–96, 93Di Terlizzi, Maurizio 75
EEduard
F6F-3 kit 80–89instrument panels 31Mask sets 1 1 3 , 114product quality 4, 5Spitfire kits 29Super Hornet accessories 1 59 , 160–64
engines: painting 1 9 , 22ESCI Macchi kits 178–86
Ffabric control surfaces: painting
20, 114Falcon 132Fighter World Museum 1 74–78filling materials
Milliput White 36 , 66Testors’ Clear Parts Cement 114
Flightpath 132
GGibbes, Wing Commander R. H.
(Bobby) 28gunsights 76–79, 76–79
Hharness straps
handling photo-etched sets 8 , 9–13
making 9–13, 1 09 , 179–81, 1 82weathering 1 59
HasegawaHellcat kits 80, 89, 90–98
Messerschmitt kits and parts 61, 65, 67, 67 , 69, 74
product quality 5Super Hornet kits 156–57Zero kits 6, 22
Hawker Sea Fury 119–32antennae 130, 1 32cannon 120canopy 120, 124, 1 25 , 126, 1 29 , 132
cockpit 120, 122–23, 1 22–23 , 132
compass and mount 123control column 120control surfaces 120decals and markings 126, 130, 1 30 , 1 31
drop tanks 120, 126, 1 27exhausts 119, 126, 1 27ferry tanks 120fuselage spine 119, 132lights 120, 132painting 123, 1 23 , 126, 1 27–30panel lines 120–22, 1 21 , 1 30pitot tube 130, 1 32propeller, spinner and cowl
119–20, 1 22 , 130, 132rivets 1 21 , 122rockets 120, 132seat and straps 120, 122, 1 23tail and tail wheel 126, 130tail hook 130, 1 31undercarriage and legs 120, 1 22 ,
126, 130, 1 31wheel wells 120, 126, 1 27wheels 120, 132whip aerials 130, 1 31windscreen 119, 124, 1 26wings 120, 132
Hawkeye Models decals 183, 1 84 ,186
Hellcats 80–98aerial 88antenna and post 81, 88cannon fairing 94canopy 81cockpit 81, 81 , 82 , 91control surfaces 81, 83 , 84decals and markings 80, 84–89, 86 , 96, 97 , 98
drop tank 96, 97
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engine and cowl 83 , 90, 92 , 93, 94 , 95 , 98
exhausts 95flame dampers 95instrument panel 81, 90, 91 , 92lights 87modelling F6F-3 80–89modelling F6F-5N nightfighter
90–98painting 82 , 84–89, 85–87 , 96, 96–97
propeller 97radome 91 , 96, 98replacement parts 89rocket stubs 94seat and straps 81, 90, 91undercarriage and legs 81, 84, 87 , 88 , 97
wheels 81wings and roots 83–84 , 84, 90,
93–96, 93Hobby Boss 5, 73Hobbycraft Sea Fury Kits 120–22,1 20–21 , 123–26, 1 24–25 , 132
Iinstrument panels
applying decals 8–9, 9 , 30, 31 , 137–38, 181, 1 82
painting 92 , 137–38, 1 80 , 181, 1 82
Italeri 156, 178–86
KKelly, Rodger, 150KG13A Steuerknuppel Luftwaffe
Control Stick 75, 75–76 , 79Kitty Hawk, USS (CV 63) 150–53,1 51 –54
Llights: making and enhancing
72, 132Lone Star Models 90
MMacchi MB-326 174–86
actual aircraft 1 74–78antennae 186canopy 186cockpit 1 75 , 178–81, 1 79–82 , 1 85 , 186
control surfaces 1 82 , 183decals and markings 183–86, 1 84
exhaust cover 1 77instrument panels 1 75 , 178,
179, 1 80 , 181, 1 82lights 1 77 , 186modelling 178–86nose gear 183nose weights 1 82oxygen hoses 179, 1 80painting 1 80–81 , 181, 1 82 ,
183–86, 1 84seat and straps 1 75 , 1 76 , 178,
179–81, 1 82undercarriage and legs 1 76–77 , 186
wing tip tanks 183, 1 83Mackenzie, Steve 108Marshall, Sid 23masking
for camouflage painting 38, 38–39 , 71
canopies 1 5 , 40, 41cockpit openings 1 41Eduard sets 1 1 3 , 114straight edges 1 6 , 20for theatre markings 51 –52 , 52
Messerschmitt Bf 109 55–74109G-6 55, 55–60aerial 72antenna mast 67bombs 61canopy 56 , 70, 72cockpit 62, 63 , 65control surfaces 58 , 61, 64, 64 , 65 , 66
decals and markings 72, 73drop tank 61empennage 64engine and cowling 56 , 60,
66–67, 66 , 68fin 67, 67fuel filler hatch 69fuel line 62, 63fuse panel 57instrument panel 65KG13A Steuerknuppel Luftwaffe
Control Stick 75, 75–76 , 79lights 72modelling 109F 60–74nose 66oil cooler housing 59 , 61, 68 , 69
oleo scissors 57
painting 63 , 64, 70–72, 71 –74panels 61pilot figures 63pitot tube 72propeller and spinner 60, 60 ,
61, 68 , 69, 70, 70 , 72radiators 64radio 57reflector gunsights 76–79, 76–79
resistors 72rudder 65, 67, 67 , 71 , 72, 73rudder toe straps 62, 63screw covers 65 , 66seat and straps 62, 63supercharger intake 61, 68 , 69tail wheel 57 , 60 , 61, 64, 65undercarriage and legs
61, 64, 64wheel wells 59 , 61, 64wings and roots 57 , 58 , 64 , 66
Mitchell B-25 99–118antennae and masts 116astrodome 108, 113, 1 1 6bomb bay 109canopy 112, 1 1 2 , 1 1 3 , 114,
117–18cockpit 109decals and markings 114, 1 1 7 , 118
engines 111–12fume extractor tube 112fuselage windows 100, 1 02–03 , 1 06 , 108, 113, 116, 1 1 7 , 118
gun pack 1 1 0 , 112, 117life preserver cushions 109machine guns and covers
114, 1 1 5 , 117nose blast panels 100, 1 01 , 1 1 0 , 112
nose weights 1 07–08 , 110–11painting 108, 109–10, 1 1 3 ,
114–16, 1 1 5–1 7 , 117–18panel lines 1 1 1 , 112rear fuselage length 107–08seats and harnesses 109, 1 09 ,
118tailplanes 1 1 0 , 112turret 100, 1 01 , 1 03 , 1 1 6 ,
117–18undercarriage and legs 117waist gun position 101, 1 04–06window ‘eyebrow’ fairings 102, 1 06 , 1 07
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windscreen 112, 1 1 2 , 1 1 5wings 112
MonogramHellcat kits 80Mitchell kits 99–118
MPM 4
Nnose weight techniques 1 07–08 ,
110–11, 1 82
OObscureco 89Ostermann, Leutnant Max-Hellmuth
70oxygen hoses 1 45 , 179, 1 80OzMods Macchi upgrades 178–81,1 79–82 , 181–83, 1 82–83
Ppainting techniques
airbrush camouflage painting 142
bare metal finish 48–52, 49–52canopies 1 5 , 40, 41 , 53 , 126, 1 29
cockpits and interiors 63 , 109–10, 1 34–35 , 137–38, 1 80–81 , 181, 1 82
control sticks 79engines 1 9 , 22fabric control surfaces 20, 114Hawker Sea Furies 123, 1 23 ,
126, 1 27–30Hellcats 82 , 84–89, 85–87 ,
96, 96–97instrument panels 92 , 137–38, 1 80 , 181, 1 82
Macchis 1 80–81 , 181, 1 82 , 183–86, 1 84
Messerschmitts 63 , 64, 70–72, 71 –74
Mitchells 108, 109–10, 1 1 3 , 114–16, 1 1 5–1 7 , 117–18
overcoming problems with acrylic yellows 70
overcoming problems with Tamiya paints 84
reflector gunsights 79, 79Spitfires (early models) 37–41 ,
38–40, 48–52, 49–53Spitfires (late models) 1 34–35 ,
137–38, 141–49, 1 42–44 , 1 47
spray lacquer paint 1 4Super Hornets 1 59 , 1 60–61 ,
164, 165–73, 1 66–71windscreens 53 , 1 1 3 , 1 1 5Zeros 7 , 8–9, 13–22, 1 4–20see also camouflage and
camouflage techniques; masking; weathering
panel linesde-emphasizing 120–22, 1 21highlighting 1 7–1 8 , 20–22restoring 138, 141scribing 1 1 1 , 112
partsrelocation techniques 100–08, 1 01 , 1 03–06 , 108
removing from sprues 29 , 32Pay, Colin 23pitot tubes: making 72, 130, 1 32Pounce Wheels 114, 1 1 5
QQuickboost replacement parts
89, 93, 94 , 98
RRAAF
25 Sqn 18676 Sqn 183–86453 Sqn 28
RAF: 54 Sqn 40Red Roo Models
conversion kits 42, 44decals 52, 1 84
reflector gunsights, full-size 76–79,76–79
relocation techniques 100–08, 1 01 ,1 03–06 , 108
RevellMesserschmitt kits 61Mitchell kits 99, 100, 112Super Hornet kits 156–73
REVI 16B reflector gunsights, full-size 76–79, 76–79
rivets 114, 1 1 5rudder toe straps: making 62, 63
SSea Fury see Hawker Sea FurySpecial Hobby Spitfire kits 29–41Spitfires
aerial mast 41antenna mast 54
cannon 25 , 30, 32, 37 , 42, 43, 48 , 1 37 , 140
canopy 40, 41 , 43, 53 , 138–39, 1 41
carburettor intake 1 38 , 140cockpit (early models) 24–25 ,
30, 31 , 32, 32 , 43, 45–46cockpit (late models) 1 33 ,
134–38, 1 34–35 , 1 41 , 149compared to Bf 109F 60control column 1 45 , 149control surfaces 27 , 30, 34, 1 36 , 140–41
crowbars 1 46decals and markings (early
model) 32, 40, 40 , 42, 51 , 52, 53
decals and markings (late model) 1 42–44 , 143, 1 47
difference between Mks Vb and Vc 42
engine and cowl 27–28 , 43exhaust stubs 26glycol tank 28horizontal stabilizers 30, 34, 34instrument panel 24 , 30, 31 , 45 , 46 , 1 34 , 137–38
lights 1 47machine guns 25 , 42Mk VIII 23–28, 24–25 , 27–28Mk XVI 26–27modelling Mk Vc 29–54modelling late-mark 133–49oil cooler intake 42oil tank 28oxygen hose 1 45painting (early models) 37–41 ,
38–40, 48–52, 49–53painting (late models) 1 34–35 ,
137–38, 141–49, 1 42–44, 1 47panel lines 138, 141pilot’s mirror 41pitot tube 54propeller and spinner 30, 40 ,
42, 48 , 54 , 1 41 , 149radiators and housing 27 , 1 37 , 140
rocker covers 138rocket covers 1 36rocket rails 1 47 , 149rudder 30, 50 , 1 38–39 , 140rudder toe straps 30, 30seat and straps 24 , 30, 30 ,
43, 45 , 138, 1 45 , 149shell ejector chutes 1 35
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191
slipper tank 36tail wheel and doors 25 , 1 40 ,
141tailplanes 1 36tropical filter 30, 33–34 , 34, 42undercarriage and legs 41 , 42, 54 , 1 35–36 , 139–40, 1 44–45 , 1 48 , 149
wheel bulges 43wheel wells 30, 32, 33 , 36 , 38wheels 26 , 30, 43, 1 46windscreen 42, 53 , 138–39wing tips 30, 34wings and wing roots (early
model) 25 , 32–34, 33 , 42, 43–48, 44–45 , 46–48
wings and wing roots (late model) 1 35 , 1 37 , 139–40
sprues, removing parts from 29 , 32
Squadron 116Super Hornets 150–73
330-gallon tanks 1 70 , 1 72actual aircraft 1 51 –56boarding ladder 157bombs 1 51 , 157, 1 70 , 1 72canopy 157, 1 64 , 165, 1 69cockpit 1 58–59 , 160–64, 1 61control surfaces 1 52 , 156, 1 58 ,
160, 1 60 , 1 63 , 1 70decals and markings 1 68–69 ,
172–73exhaust cans 160, 1 71fuel tanks 1 53 , 1 55 , 165gun panel 1 68 , 172IFF device 1 68 , 172instrument panel 1 59 , 164intake and exhaust covers 1 56
intake ducting 157–60, 1 59 , 160, 1 60 , 164, 1 65
missiles 1 51 , 157, 1 70 , 1 72modelling F/A-18E 156–73nose 1 62 , 164, 1 64–65painting 1 59 , 1 60–61 , 164,165–73, 1 66–71seat and straps 1 58 , 1 59 , 164undercarriage and legs 1 55 ,
157, 1 61 , 1 70 , 1 71 , 173
wheel wells 157, 1 61windscreen 1 65 , 1 69wings 156, 157, 1 57–58 , 160, 1 61 –63 , 164–65, 1 70 , 1 72
TTail Boom Kits 75–79Tamiya
product quality 5Spitfire kits 42–54Zero kits 6–22
Temora Aviation Museum 23–28Terry Dean Nose Weights 1 07–08 ,
110–11True Details 81, 89Trumpeter
product quality 5Sea Fury kits 119–32
21st Century Toys: Messerschmittkits 60–74
UUltracast: Hellcat replacement parts
81, 89, 90, 91US Navy: Carrier Air Wing FIVE
153–56
WWallis, Sir Tim 28Wauchop, Chris 150weathering
chipping 1 8 , 149engine stains 1 47 , 149exhaust stains 89 , 114–16, 1 1 6–1 7 , 118, 1 71
gun stains 1 48harness straps 1 59interiors 109–10Mitchells 114–16, 1 1 6–1 7 , 118Sea Furies 126, 1 30Spitfires 40, 41 , 54 , 1 46 , 1 47 , 1 48 , 149
Super Hornets 1 67 , 1 69 , 1 71 , 172
wing roots 20, 20 , 1 46Zeros 13, 1 7–1 8 , 1 9 , 20, 20 , 22
Wilson, Stewart 114windows
‘eyebrow’ fairings 102, 1 06 , 1 07
making new 100, 1 02–03 , 1 06 , 108, 113, 16, 1 1 7 , 118
windscreensmounting 124, 1 26painting 53 , 1 1 3 , 1 1 5
wing fold techniques 90, 93–96,93
wing roots: weathering 20, 20 ,1 46
Wolfpack Designs wing sets1 57–58 , 160, 1 62–63 , 165
ZZero A6M5/5a 6–22
aileron balance horns 22antenna 22cannon 7, 1 8 , 22canopy 7, 1 5 , 22canopy masking sheet 7cockpit 6–7, 8, 9 , 1 0 , 13, 22control surfaces 7, 21 , 22cowl 7, 1 4decals and markings 7, 8, 1 5–1 7 , 20
Detail Up set 7, 8 , 9, 1 8 , 22drop tank 7, 1 1 , 1 9 , 22engine 6, 8, 8 , 1 9forward fuselage 1 1 –1 2instrument panel 7, 8–9, 9 , 1 0 , 13
lights 7nose 1 0 , 13, 1 4painting 7 , 8–9, 13–22, 1 4–20panel lines 1 7–1 8 , 20–22panels 1 0 , 13pilot figures 6, 7pitot tube 7, 22propeller 1 4 , 22reflector gunsight 7seats and straps 7, 9–13, 9undercarriage 7, 1 9 , 22wheel chocks 7wheel wells 6, 8, 1 1wing roots 1 1 , 1 2 , 13, 20
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