aeronautics for europe report
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EUR 19318
A Position Paper produced by the External Advisory Group for AeronauticsRecommendations to the European Commission - April 2000
EUR 19318
Aeronauticsfor Europe
A Partnership for Research and Technology and European Growth
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This Pos i t ion Paper has been produced by the
External Advisory Group for Aeronaut ics set up in
December 1998 to advise the European Commission.
This Paper is entirely the responsibility of the External
Advisory Group Members and is not represented
as reflecting the views of the European Commission
or of any nat ional government . The Paper has ben-
ef i ted f rom the advice and v iews of many groups
and indiv iduals across the aeronaut ics industry.
Members of the External Advisory GroupMr Ulf Olsson
(Chairman)
Mr Angel-Luis Arias (Vice Chairman)
Prof. Fred Abbink
Mr Mike Goulette
Mr Kurt Jensen
Mr Jim Lawler
Mr Eros Lojacono
Mr François Lureau
Mrs Utimia Madaleno
Mr Peter Malanik
Mr Claude Nyssen
Prof. Kyriacos Papailiou
Prof. Aviv Rosen
Dr Joachim Szodruch
Mr Jean-Marc Thomas
Mr Trevor Truman
Prof. Volker von Tein
Published by theEuropean Commission
LEGAL NOTICENeither the European Commission nor any person acting
on behalf of the Commission is responsible for the use which might be made of the following information.
Luxembourg: Office for Official Publications of the European Communities, 2000
ISBN 92-828-8596-8
© European Communities, 2000
Printed in Belgium
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SummaryEuropean aeronautics has succeeded in establishing
itself as the main competitor to the United States
and needs to maintain this position. To this end the
Advisory Group believes that a long-term research
strategy and key objectives shared by all parties of
the European air transport system are called for.
The Advisory Group recognises the positive impact of
the "New Perspectives in Aeronautics" Key Action of
the Fifth Framework Programme. It recommends
both establishing mechanisms to focus and better
rationalise R&T throughout Europe, and preserving
the continuity of successful activities towards the
next Framework programme.
The world is changing, quickly and extensively
towards a knowledge society. These changes in indus-
trial, economic and social areas will shape our
future; they will impact on all European citizens.
Aeronautics is a knowledge intensive industry.
It is at the centre of change. The growth of aero-
nautics is partly a cause of progress. It also allows us
to improve the ways we do business and live our lives.
It is an essential contributor to the social, economic
and industrial development that will transform the
face of Europe over the next 20 years.
Europe is a special region. It has a large popula-
tion, prosperous and educated, and some very
densely populated conurbations. It is highly industri-
alised, technically advanced and export-oriented. It
has a rich diversity of cultures and languages that
call for increased mobility for its people.
In looking at European aeronautics it is important to
assess its present condition and the challenges that
lie ahead. Even if European aeronautics is highly
successful today it faces intense global competition
and new demands from community interests which
require a strategic approach to the future.
European Aeronautics faces three challenges:
• Meeting European social needs.
• Creating competitive products for the global market.
• Creating and applying new technology-based
capabilities for future growth.
The Advisory Group believes that shared long term
goals for the global operational air transport system
in Europe would be useful to facilitate concerted
actions among the parties involved to the benefit of
Europe and its citizens.
The Advisory Group has a vision for the future of
European Aeronautics that translates into research.
It sets out ambitious aspirations for progress by 2020
that respond to the demands of European citizens,
the needs of the market and the importance of taking
due care of the environment. It is based on 2 main
strands: “leadership of the European Industry in the
global market” and “European air mobility for sus-
tainable growth and quality of life”.
To realise this vision the Paper proposes 3 measures:
• A leadership initiative by the Commissioner for
Research & Technology which will forge a new
partnership of consultation with European aero-
nautics stakeholders.
• A process which will use this partnership to iden-
tify, and quantify when necessary, the major goals
for the next 20 years which will allow aeronautics
in 2020 to benefit from European aircraft which
can meet the needs of both markets and citizens.
• A development of the European Research Area
that will allow the technologies needed to deliver
these benefits to be created in a European context
with greater efficiency and better focus at every
level; Community, national, regional and enter-
prise.
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The scope of this paper is aircraft in the civil air
t ranspor t sys tem, for passenger and f re ight
transport, and for public and civil services, but
recognising that aircraft technologies have links
of a dual, civil /defence nature.
The paper takes a view of “Air Transport” as a system
in which all the elements work interactively.
Society-Market - Passengers
Political Aims
ManufacturingIndustry
Airlines
Airports
Research Establishments& Universities
Air trafficManagement
Aircraft
Defence
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3Contents
Summary 1
The Scope 2
1. Europe in a Changing World 4
2. Aeronautics at the Centre of Change 5
3. Europe – A Special Region 6
4. How is European Aeronautics Doing? 7
5. The Challenges for Research & Technology 9
6. European Aeronautics for the 2020s – The Advisory Group Vision 12
Glossary 17
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The world is
changing
rapidly in many
ways ….
European strate-
gies for change
are needed that
meet new needs
and exploit new
opportunities.
The Information Revolution is transforming business
everywhere. New business models are being created,
new routes to market, new ways of delivering value to
customers which are independent of location.
Rather than decreasing demand these changes sustain a
strong growth in air travel. Fares have been reduced and
more people travel. Market demands have caused a third
of all freight by value to be carried by air – reaching new
markets faster.
Around the world awareness of the natural environment
and the need to protect it grows steadily. Although avia-
tion makes only a small impact on the environment, con-
certed action will be necessary to offset the effects of a
growing market.
1975
1977
1979
1981
1983
1985
1987
1989
1991
1993
1995
1997
100%
150%
200%
250%
300%
350%
400%
450%
500%
4
European experienceEurope is being transformed. The unification of
Germany and the return of the former Eastern Bloc
states to a European identity will create a greatly
enlarged Europe and further needs for mobility.
Industry and commerce in Europe is in rapid develop-
ment and restructuring, involving also the aeronautical
industry. The consolidation of large corporations and the
globalisation of their operations will have major effects
on the patterns of European business.
Internal European travel is already extensive but
forecast to grow rapidly. New investment in both land
and air transport systems is an imperative. These
infrastructure changes will be made in the European
context of different cultures and languages, different
political systems and within a diverse set of priorities
and mechanisms.
Facing up to changeThese extensive and rapid changes demand that for a
sector like aeronautics there should be a strategy which
responds to new needs and drives the changes. New
technology will be needed, as will the means to apply it
successfully and competitively to market and social
needs. The priorities for change must be shared and
used to influence the pattern of European development.
This paper addresses these issues for European
aeronautics and especially for aircraft technology.
Passenger Route Kilometres European GDP
Source: SNECMA Market Forecast 1999-2018, May 1999, ICAO.
A world of changeWe live in a rapidly and extensively changing world. In
every direction we see the power of change in business,
lifestyle, communications, and politics.
Markets that were until recently local have become
global. Even small suppliers now serve the needs of cus-
tomers around the world. No longer is it assumed that
the nationality of the customer, the means of delivery,
the supplier and the manufacturer will be the same.
Many of the goods we buy are made, grown, designed or
managed in a variety of regions.
Population, especially in the less developed world, con-
tinues to increase quickly. More people in more coun-
tries depend upon resources from outside their own
region. More pressure is being placed on the natural
environment.
(1974=100%)
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Flights per year
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• More than 1,000,000 jobs depend, directly or indirectly, on aeronautics.
• Aviation in Europe employs 2 million people, in manufacturing, operations, & airports .
• Every new landing slot at Frankfurt airport generates 1,500 jobs.
• About 1,000 direct jobs are created by every million passengers per year .
• About 4,000 jobs in all are induced for every million passengers per year.
• European passenger traffic in 2000 will be close to 1 billion passengers.
Aeronautics is
essential to
economic growth
and industrial
change.
2. Aeronautics at the Centre of Change
Aeronautics has caused many of the changes that we
have experienced. The availability of safe, reliable and
rapid air transport has stimulated new business possibil-
ities. It has provoked important developments in our
infrastructure, work patterns and lifestyle. It has con-
tributed massively to the economies of Europe and the
wealth of a number of its regions; it employs a huge
workforce and, through exports, contributes strongly to
Europe’s ability to fund other changes and to develop
the quality of life of its citizens.
Aeronautics has also enabled changes to happen.
Businesses can reach out to new customers world-wide.
Just-in-time stock management is made possible by reli-
able air freight operations. The globalisation of business
depends on the existence of flexible, inexpensive air
transport to connect operations.
As the new century unfolds we expect the continued
growth and industrialisation of Asia to continue. Those
developments will depend extensively on aeronautics.
In the past progress in aeronautics has meant aircraft
development: the advent of the jet age, of supersonic
flight, of large twin-aisle airliners. Aircraft will still
remain at the focus but when we look to the future we
shall continue to look beyond aircraft, even aircraft of
new configurations, to the system of air transport – opti-
mised air fleets, the airports, traffic control, regulatory
regimes etc – within which aircraft operate. The capac-
ity of our present air transport system is clearly under
stress. As traffic increases we must make this system
respond to world change and drive new changes to the
benefit of the European citizen which respect the social
and environmental needs of our communities.
Europe’s aviation
system must be
further developed
to meet
economic, social,
environmental
and public service
needs.
0,01
0,05
0,1
0,5
1
2
5,000 10,000 15,000 20,000 25,000PR ChinaIndia
IndonesiaPakistan
Philippines CzechoslovakiaTurkey
Cze South AfricaBrazil
TunisiaTaiwan
Mexico
GreeceKoreaPortugal
Malaysia Saudi Arabia
New ZealandAustralia
UKCanada USA
Netherlands
Italy
FranceGermany
Japan
GNP per capita $ US
These are major challenges certainly. But they are also
major opportunities. Aeronautics has been able to make
a strong contribution to the growth of Europe – it should
continue to do so. It can be a continuing engine for eco-
nomic development. It can continue to fund, through its
export successes, the creation of an air transport system
in Europe which is world leading. It will contribute to
business efficiency but also bring a range of benefits to
people of all our nations – whether they are travellers or
not. Economic and employment benefits, improvements
in the quality of life, enhancements to their businesses,
the opportunity to travel more economically.
Aeronautics&A Changing Europe
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3. Europe _ A Special Region
Europe – Facing
world-wide
competition
with huge
advantages in
talent, experi-
ence and
products.
… but
fragmented
in terms of
culture,
language and
procedures.
In this changing scene Europe has a unique mix of
opportunities and challenges in the field of aeronautics.
We have demonstrated unmatched skills in creating
world class teams within the diversity of our cultures,
We have established benchmarks for international col-
laboration in complex projects. We have a huge base of
talent and of cultural variety. But Europe also faces a
world of fierce competition, where the stakes are enor-
mous, where to lose means to lose entire businesses and
to lose their European presence.
Many Europeans enjoy a high standard of living and
want this to be further enhanced with improvements to
their quality of life including a better environment.
Europe enjoys the services of rapidly growing air traf-
fic into and within its regions. However, its citizens
experience daily the challenge of managing that rate
of increase – noise, congestion, and delay are com-
monplace. We have several large concentrations of
population with already high densities of air traffic –
nearly every proposal to increase airport capacity
meets fierce environmental resistance. Europe pres-
ents a number of specific political , industrial and
organisational features which have to be considered.
Doing better in Europe means working
together better.
i
• 87% of the world’s airliners are American built.
• Public funding for aerospace in the US (for 1997) was three times that of the EU and all its member states combined.
• Both in turnover and number of employees the size of the aerospace industry of the USA is more than twice that of the EU combined.
• The share of the aerospace sector in US exports is almost twice that in the EU.
The United States
The enlargement of the EU will increase both the
opportunities and the challenges. Our cultural her-
itage gives us the benefits of diversity but also the
challenges of language, of differing standards, and of
fragmented institutions
In this competitive world of aeronautics two eco-
nomic regions are dominant – Europe and the USA.
Our greatest competitor, and largest export market,
now addresses the market with a federated system, a
unified domestic market, with a set of strategic
national objectives, and with the huge resources and
capabilities of both its industry and its government
laboratories including NASA, the foremost aerospace
R&D agency in the world.
In contrast Europe retains the legacy of its nation states,
works with many national stakeholders and has yet to
develop common objectives. As an example of its air
transport operations, Europe works under the burden of
49 national Air Traffic Control Centres using 22 differ-
ent operating systems.
However, Europe can overcome these difficulties of
fragmentation when it wishes to do so. Industrial
restructuring is now proceeding rapidly in Europe,
bringing the numerous players in the different fields to a
new stage of concentration. However, the research sys-
tem across the Union is lagging behind this momentum.
Doing better in Europe is a necessity not an option.
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A Story of SuccessEuropean Aeronautics is an outstanding success
story (see box). Europe has developed products that
have influenced global aeronautics operations. It has
produced many world firsts.
European airspace copes with an unprecedented
number of passengers. In the defence field European
aerospace products are used around the world for the
protection and security of nations. The nations of
Europe have an unrivalled ability to mount success-
ful international collaborative projects on the most
advanced technology-based products, civil as well as
in defence.
It has created, in Airbus Industrie, a world leading
supplier, this year outselling the USA in large airlin-
ers, and European world-class capabilities in its
engine and equipment sectors.
In research the European Union Framework
Programmes for aeronautics have grown in impor-
tance and improved in focus and delivery leading to
the inclusion of aeronautics as a "Key Action" in the
5th Framework Programme. An important new
approach was the introduction of large-scale integra-
tion projects. This Programme has had significant
practical influence on the positioning of the national
civil aeronautics programmes.A
eron
auti
cs F
or E
urop
e
7
i
• Supersonic Airliner – Concorde.
• Vertical Take-Off and Landing combat fighter – Harrier.
• All-weather automatic landing systems.
• Fly-by-wire airliner – Airbus.
• Digital auto-flight system – Airbus.
• Helicopters with turbine engines - Eurocopter.
• 3-Shaft engine – Rolls Royce.
• Two man, “Glass cockpit”, wide-body airliner - Airbus.
4. How is European Aeronautics Doing?
Some European Firsts
i
• Aerodynamic and aero-acoustic shaping of cars.
• Disc brakes for cars and trains and Anti-lock Braking Systems (ABS).
• Software systems for displays. Computer techniques forassessing structural efficiency of buildings, cars, and equipment.
• Composite materials including carbon fibre.
• Materials for artificial limbs and for replacement joints.
• Thermal imaging cameras for police and rescue work.
• Advanced business processes for project management.
Technologies developed in aeronautics and now in general use
Aeronautics has been able to support European eco-
nomic growth while implementing dramatic reductions
in noise and fuel consumption. Noise outside the airport
confines is now similar to that of motorway traffic. Over
the past 20 years aircraft fuel consumption per flight has
been reduced by 30-40%.
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Facing Strong CompetitionThe market for aeronautical products is global –
every customer in the world can find competitive
products vying for orders. The biggest players by a
long way are Europe and the USA. Competition is
fierce between them.
Both have a large and talented workforce. Both had
many successes in the first century of aeronautics.
But the USA has a strategy – a determination to
dominate in aerospace – and it signals this on every
world stage. NASA has no parallel in Europe.
Boeing, America’s major aerospace company, has a
civil turnover nearly 3 times that of Airbus Industrie.
The US Administration has a record of sustained
support to its aerospace industry.
American unified public funding for aeronautics far
surpasses Europe’s combined investment, which is
itself fragmented around the nations of the EU.
Europe has no clear, coherent strategy for continued
success. More rational funding for research and
technology must be seen as a key element of a
European aeronautics policy.
Despite these factors Europe now competes head to
head in large aircraft, in aero engines and in equipment.
Delivering a string of wider benefitsIn addition to these economic successes European
aeronautics delivers a steady flow of technologies
– developed in aerospace for high performance at high
cost – but passed on to the wider economy for low cost
applications (see box).
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The European aeronautics industry is knowledge-based. It faces three key high-level challenges:
Meeting the needs of an advanced society
Creating competitive products for a global market
Sustaining the flow of key technology
5. The Challenges forResearch & Technology
5.1 Meeting the Needsof an Advanced Society
PassengersIf Europe is to service the needs of business for air pas-
senger travel, it must be able to look forward to a future
in which rapid growth – doubling in 15 years, almost tre-
bling by 2020 – is accompanied by even higher safety,
lower costs and greater convenience. Our long term
aims must be to cope with vastly increased traffic whilst
achieving the goals of:
• Sustained safety standards and lower accident rates.
• Comfortable, convenient and on-time passenger mobility.
• Progressive reductions in real cost to passengers.
The challenge is to improve passenger and business
appeal for air transport in Europe whilst absorbing a sus-
tained and rapid growth in traffic.
The Wider CommunityMost people are not frequent air travellers. All of us
share the aspiration that air transport growth should be
safe and not create environmental damage and nui-
sance.
Any strategy must embrace the goals of safer, quieter air-
craft that produce fewer emissions.
• NoiseThe impact of noise on communities around airports has
been much reduced as a result of new technology applica-
tions. The example of Heathrow is typical – despite an
80% increase in the number of flights since 1974 the
number of people disturbed by noise has dropped by 80%.
1970
1975
1980
1985
1990
1995
2000
50%
60%
70%
80%
90%
100%
110%
Air Fares (relative to 1970)
Air
Fare
s
Source ICAO
But as traffic continues to increase strongly and even bet-
ter noise performance is demanded, including reductions
in airframe noise, it will be a major challenge to meet the
aspirations of these communities.19
70
1980
1990
2000
0%
50%
100%
150%
200%
Aircraft flightsPopulation affected by noise
Perc
enta
ge re
lati
ve t
o 19
74
Source DETR
Heathrow - Population affected by noise
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• The European Aeronautics Industry directly employs more than 420,000 people (1998).
• 80,000 firms supply the aeronautics industry in Europe.
• Europe had a trade balance surplus of more than 9 billion eurofrom aerospace products.
5.2 Creating Competitive Products for Global Markets
To create aircraft systems that will deliver a new genera-
tion of benefits to society and to their operators around
the world will mean a sustained evolution of design.
New aircraft, engines and equipment using new innova-
tive construction technologies must be ready for world
markets.
Winning will mean staying in the forefront of design –
able to use old and new technologies in new ways.
Responding to the leadership of others cannot achieve it.
Creating competitive products that will win in the fiercely
competitive markets of tomorrow is not just about design
concepts. It will require that these products are designed
and built to the performance standards required and
competitive both in purchase price and in operating costs.
This manufacturing system, exploiting the capabilities of
all the regions of Europe, must be optimised – not to
restrict the activities of any region or company, but to
ensure that overall air transport needs are met in the
most efficient and cost effective way.
Europe needs to be able to manufacture these products.
If we cannot do so, or do so inefficiently, we shall spend
large amounts of money buying them from abroad, par-
ticularly from the USA.
1970
1980
1990
2000
-40%
-30%
-20%
-10%
Datum
Certification Date
Block Fuel per seat-mileA300
A300-600
A310-300
A330
-37%
• EmissionsWhilst noise affects a relatively small number of people
aircraft emissions can affect us all. Early jet airliners were
both noisy and dirty, leaving trails of smoky fuel in their
wake. Their successors today are much improved, both
quieter and cleaner. Today the impact of aircraft emis-
sions is small: less than 3.5% of all man-made global CO2
emission is accountable to aeronautics. However, the
demand for air transport is growing strongly and threatens
to outpace the rate at which the application of new tech-
nology can deliver improvements. It represents a major
technical challenge over the long term.
• SafetyNew generations of aircraft are demonstrably and signifi-
cantly safer than older generations. However, with the
current growth of air transportation, the number of acci-
dents risks to increase substantially. This represents a
major challenge for research and aviation operations in
order to achieve a quantum leap forward in safety.
3
2
1
0
4
5
6
7
8
9
10
Hull losses per million flights
1st generation:B707DC8
2nd generation:B727B737-100-200B747DC9DC10A300B4
3nd generation:MD80MD11MD90B737-300/400/500B757/767A310/A300-600A319/A320/A321A330/A340B777
1st generation
All aircraft2nd generation
Years of operation
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37
3nd generation
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5.3 Sustaining the Flowof TechnologyCreating Value in the European Research AreaThere can be no success in aeronautics without an
intensive research and development effort. The industry
spends an average of 16% of its turnover on R&D which
includes the substantial public contribution through
EU, national and Research Establishment programmes.
The strategy for aeronautics must emphasise its output –
better services, meeting social and business needs,
creating competing products. This output will rely
fundamentally on the creation and exploitation of
new technology.
The existence of knowledgeable and well trained scien-
tists, engineers and managers is the unquestionable pre-
requisite for meeting these challenges. A joint effort by
the states, the industry, research institutions and, of
course, educational institutions is necessary to attract
talented people to work in aeronautics.
Creating new technology-based capabilities has three
main elements:
•Focus
•Content
•Management
Each of these has important implications for the
European Research Area, providing an important contri-
bution to the European research potential
FocusThis paper is very much about focus – identifying the
imperatives for the future, the key goals that must be
achieved.
Focus can be shared. These proposals assert that by
sharing a discussion with the stakeholders in the
European air transport system we can achieve a better
focus and derive better, clearer directions for future
research programmes.
ContentHistory shows that solutions to challenging problems are
not always predictable or similar. There are great prizes
for those who can generate exceptionally clever solu-
tions – creating solutions that are effective and low cost.
This premium on content means that not all research
work can be widely shared. Firms need to generate com-
petitive advantage. Nations want to sustain national
abilities.
But content considerations do not mean that no co-
operation is possible. Europe has outstanding abilities to
create collaborative programmes in research. These
work well when the programme meets the collective
aims of the group or combines excellence in a powerful
co-operation.
ManagementThe European Research Area is a pluralist community –
firms, nations, academia and research institutes have
private, shared, and collaborative research programmes.
There is competition and co-operation. There is no con-
sistent management structure.
The aspiration for Europe, therefore, lies in creating a
flexible set of mechanisms that respect the diversity of
Europe but enable European strengths to be fully realised.
We must use the centres of European excellence,
whether in industry, academia or in institutions, to fur-
ther European goals. Excellence will have many faces.
Effective, market leading products and services will
require the best technical capabilities that Europe can
deliver. However, in order fully to unfold our strength
the European Research Area needs shared visibility, har-
monisation and efficiency. i
• EU Research Programmes leading up to a separate Key Action for aeronautics in the 5th Framework Programme.
• National aeronautics Research & Technology collaboration in GARTEUR.
• National Research Establishment co-operation in aeronautics in EREA.
• Newly emerging national strategies for aeronautics research involvingsmall enterprises and centres of excellence.
• Combination of national capabilities and facilities such as EuropeanTransonic Wind Tunnel (ETW) and the German-Netherlands SubsonicWind Tunnel (DNW).
• Eurocontrol research programme.
• Airbus 3E's programme.
• Industry collaborating on long term research planning within IMG3.
European Aeronautics Research Area Background
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6. European Aeronautics for the 2020s –
The Advisory Group VisionDemand for air travel increases rapidly – world-wide
by about 5% annually. Between 2000 and 2020 more
than 14,000 large new airliners, worth over €1,000
billion, will have been delivered to create a world fleet
of 20,000 airliners after old types are withdrawn.
About 40% of worldwide air travel has a European
arrival or departure point.
For Europe these expectations are both a huge
opportunity and a tremendous challenge.
All of Europe has huge opportunities to benefit from
air transport and the aeronautics industry. These
benefits are not only for those involved in it directly
but for all of its citizens, in every nation or region,
creating business prosperity, social exchange and
cohesion, jobs, and technology.
6.1 Two Great Prizes to WinThe prizes are enormous:
• An air transport system that will support European
growth, attract and foster new business whilst meeting
the social needs of Europe for travel and the needs of
our environment and quality of life.
• An aeronautical industry that will provide the products
to go on winning at least half of a world market which
will more than double by 2020. This will bring in
money, create jobs and sustain growth.
A Circle of Linked GoalsLinking these different perspectives demands that we
agree about European goals together because they
depend on each other.
A circle of goals:
• Creating competitive abilities for world-wide sales of
aircraft and equipment which will …
• Deliver employment and economic growth and fit into …
• A first class Air Transport System that will enable all
kinds of business growth within Europe and between
Europe and the rest of the world. This will increase air
traffic which will only be acceptable to society if…
• Air traffic growth delivers what communities and trav-
ellers need – safety, low noise nuisance, care for the
environment, public service, low congestion, conven-
ience. The advances that will deliver these will only be
affordable if …
• We create competitive aircraft and equipment that
sells around the world.
But in a changing world these benefits will not flow auto-
matically to Europe, they will have to be fought for, seized,
and exploited, and retained using skill, commitment and
endurance. Unless we build on strength we cannot win
the prizes that exist. Unless we understand our vulnerabil-
ities today our tomorrow will belong to others.
Achieving these goals needs a partnership of intent to be
forged between those who rely upon aeronautics and
those who provide aeronautics services.
6.2 A New Partnership This new partnership envisages a wider consultation
at the much earlier research stage. This will create a
shared view of the future and ensure that Research &
Technology Development programmes are focused on
stakeholder needs.
Two Great Prizes
to win:
A great air trans-
port system and
huge economic
gains.
Future aircraft
must shape and
respond to future
needs.
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would not be encouraged but hampered thereby.
Nevertheless we recognise that many technologies in
aeronautics are of a dual nature and it is beneficial that
this should continue to be encouraged and facilitated by
the policies and mechanisms that are put in place in
both areas.
6.3 The Players• The Aeronautics Industry including the supply chain
and SMEs
• National Aeronautics Research Establishments
• Civil Security and Public Services
• Airports
• Airlines
• The Air Traffic Control community
• Universities
• Community interest groups
• Public authorities (national and regional)
• Regulators
All want to see an air transport system in Europe that
meets their various needs. These needs should influence
the design of the future aircraft that will continue to
form the core element of the system.
It will create a shared view of the needs of the whole air
transport system. This will allow complementary, and
conflicting, needs to be considered together. For exam-
ple, consider the way in which new aircraft will fit to
new airports; how new aircraft capabilities can be
matched to new operating procedures to deliver environ-
mental improvements; how congestion will be relieved
by new aircraft capabilities that work in a new air traffic
control regime.
More than 30% of European public investment in civil
aeronautics research & technology is funded by the EU.
Participation by national governments in the strategic
approach is also essential. National governments also
have programmes, firms have their own programmes of
investment. All have an interest in making sure that what
we are doing today will deliver the air transport system
that we need – and do so cost-effectively. In the final
analysis each stakeholder group must remain responsible
for their own contributions to our future. None will
accept that this responsibility can be diluted, none will
wish to be subservient to the control of others. But all
may gain from being able to share a view of the future
which will allow them to play their role more effectively.
This new shared and open understanding will present
many opportunities for those nations with more modest
aeronautics capabilities and for SMEs by giving visibility
to the directions of future development and providing
signposts for the areas of interest and relevance.
BoundariesThis paper proposes that the air transport system can be
looked at in a unified way. We do not recommend that
this be combined with a consideration for land trans-
port, or of space applications except insofar as these
have a direct effect on the air transport system and the
effectiveness of passenger and freight movement by air.
The Advisory Group has considered the defence dimen-
sion. It is an area of unique sensitivity. The Advisory
Group does not recommend a complete fusion of civil
and defence considerations on the grounds that progress
i• operates from entering the airport to leaving the
destination airport and includes all types of aircraft,both fixed and rotary wing, and the facilities that arenecessary between the two.
The Air Transport System
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6.4 The Advisory Group Vision
The Value of a VisionWe need a vision of the future to stimulate the whole
range of activities which will together create a more
effective air transport system for 2020. It has been
described as “a dream with a deadline” – a time-based
aspiration that stretches our imagination and challenges
our abilities to achieve exceptional results.
A vision is not a plan. There is as yet no coherent set of
actions that will create this future. But the Vision is a
clear direction; like a lighthouse it leads us forward even
though we have to cope with many conflicting tides and
currents on the way.
The value of a single vision is that it gives coherence to
the actions of many groups. It does not dictate how each
must act, but for those who accept the final objective it
maintains a sense of direction.
The Vision does not lead to a master plan that is rigidly
controlled and inflexible. It allows the key goals that are
steps towards the vision to be identified – the impera-
tives that will need to be achieved and the compromises
required to reach holistic optimal solutions.
This Group recommends that the stakeholders in
European aeronautics should explore these goals
together, sharing views on what the crucial intermediate
steps need to be, agreeing the key performance needs of
the future systems. This does not mean that every aspect
needs to be agreed – there will be areas of difference.
But it urges that we establish a new partnership to seek
out those areas where we can agree and allow this to
condition how we each travel toward the Vision.
Examples of possible areas for exploration are
• The impact of new ATM systems to increase
system capacity.
• The scope for increasing airport capacity by innova-
tive, and perhaps radical, new approaches.
• The competitive advantages of new aircraft concepts
and their implication for the airlines.
• The implications for aircraft design and airline
operations of new approaches to passenger and
baggage systems at airports.
• The possibilities and implications for very quiet
operation of aircraft with respect to communities
living outside airports.
6.5 Creating a process
Three steps to achievement• Share the Vision among the stakeholders.
• Create a process within which the priority goals for the
future can be mapped out.
• Establish mechanisms within the European Research
Area which will allow programmes to be constructed
which secure the objectives in the most effective man-
ner.
This Paper recommends that, under the leadership of
the Commissioner for Research & Technology, a High
Level Group should be established. This would consist
of CEO level people nominated on an ad personam
basis, drawn from the stakeholder community. The High
Level Group would have a clear and limited objective –
it should be disbanded when this work is complete.
The High Level Group would oversee the process in
order to explore and develop the major goals that should
be the stepping stones to the Vision. These would be
described at the level of defined goals – not the detail of
how they might be achieved. The High Level Group
would be assisted by working groups examining separate
areas of expertise. Working bodies already existing
should be utilised as far as possible.
This work – to the timetable indicated on the next page
– will be a precursor to the design of appropriate plans
of research. These plans can then be designed with spe-
cific long-term goals in mind and the most appropriate
mechanism used or created to achieve these by the most
effective means.
For the aeronautics stakeholders the value of this work
will rest in having a set of shared and agreed goals which
will allow research into new aircraft, engines, equipment
and Air Traffic Management to be guided by a unified
sense of direction.
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European Air Mobilityfor Sustainable Growthand Quality of Life• Airports have increased their passen-
ger capacity to 3 times that of 2000.
• Passengers experience delay freetravel – in all weather.
• Passengers spend less time waitingin airports than in 2000.
• No excessive aircraft noise or externalrisk affecting citizens in residentialareas.
• Air travel generates less emissionsimpact than other forms of travel.
• The number of aircraft related fatali-ties has fallen despite the growth intravel.
• The same range of business andentertainment services and travellingcomfort as passengers enjoy at homeor office.
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The Advisory Group VisionTHE AIR TRANSPORT SYSTEM IN EUROPE IN 2020
Europe – A Leader in aGlobal Market
• European suppliers provide morethan 50% of the world demand foraeronautics products – more than 4times the output of 2000.
• European companies succeed in allmajor sectors: aircraft, engines,equipment, services.
A Coherent “European Research Area”• Long term strategies for technology creation are pursued through a variety of
harmonised mechanisms – privately, in national programmes and in Europeanprogrammes.
• Research goals are shared across Europe.
• Europe uses its centres of excellence in industry, academia and in research insti-tutes in a more efficient way.
• The mixture of co-ordination and competition is optimised.
• The mobility of researchers is increased.
• There is consistency across educational curricula that encourages pan-Europeanmovement.
• Research exploits e-networks fully.
An Opportunity for Leadership:European Answers for European NeedsEurope has established itself through a century of aero-
nautics. It has maintained a world leading level of
expertise. This is challenged as never before. This paper
recommends an original model which differs from the
American one, for Europe has distinct political struc-
tures, cultures and inclinations. This paper recommends
the innovative, flexible opportunity to demonstrate that
a European answer, building on our evident strengths,
can be developed.
This needs not just mechanisms but leadership. It needs
leadership from politicians and industry, from regulators
and environmentalists, from operators and local or
regional authorities. This innovative approach can be a
showcase for Europe. It can demonstrate that we can
blend national and European activity, competition and
collaboration, private and public funding, large nations
and small in generating and realising a shared vision for
the future that stems not from centralist control but
from willing and effective co-operation.
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6.6 A Timetable for Action
The Advisory Group believes that the priority action is to
create the process that will lead to better identification
of goals. This paper is not intended to imply that any
particular grouping of interests or funding approach will
be best. However, it is clear that there should be a strong
and continuing investment by the EU that is focused on
aeronautic, but the details should be considered in the
light of the process recommended here.
After the 5th FrameworkProgramme: the Next Stage
The 5th Framework Programme was a land-mark in the development of the application ofE.U. Framework Programmes to aeronautics.
• It introduced new concepts for structuringaeronautics research.
• It established innovatory types of large proj-ect that allow technologies to be integratedand validated.
• It substantially increased the scale of aero-nautics activity.
• It applied new approaches to the focus anddefinition of projects.
The measures recommended in this paper rep-resent a step forward in establishing additionalmechanisms that will help to focus Research &Technology better throughout Europe. Theconsultations envisaged will help to develop thenext Framework Programme and will also influ-ence other activities.
The industry expects that the 6th FrameworkProgramme will also have a very important partto play in conjunction with the other mecha-nisms by which Research & TechnologyDevelopment is advanced in aeronautics.
In parallel with the consultation recom-mended here the industry will furtherdevelop its technology objectives and planthe projects that will be necessary to achievethem. These plans will also be progressivelyinformed both by the measures outlinedhere and by the evolution of the market andby local and national discussions.
The effective planning, execution and applica-tion of Research & Technology Developmentwill not, therefore, depend on a single sequen-tial stream of activity but on our ability to fusetogether a coincident variety of information,activities, capabilities and mechanisms into aneffective whole.
Year 2000
The priorities for Year 2000 should be to:• Seize the leadership opportunity to make aeronautics
in Europe a successful partnership between the EU,
the nations and the stakeholders.
• Establish the Process of consultation and co-operation
in identifying high-level market and policy needs and
the main challenges to their realisation.
• Create the mechanisms for this to be successful – the
creation of a High Level Group, and supporting teams.
• Expand the support for this joint effort to those with a
part to play in the successful expansion of aeronautics
in Europe for the benefit of all.
First Results – The output from Year 2000should establish:• A shared vision of aeronautics for the year 2020
adopted and maintained by the principal stakeholders.
• A shared view of the main challenges, and the princi-
pal goals which will have to be met if this vision is to
be enabled.
These elements should then be presented to the relevant
political authorities.
The Vision
Challenges to be overcome
EU - NATIONAL - REGIONAL - PRIVATE
PROGRAMMES
New technology
Stakeholders
NEEDS
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A.T.C. Air Traffic Control – the systems by which aircraft are controlled for safety and operationalpurposes whilst in the air and in motion on the ground.
A.T.M. Air Traffic Management
Advisory Group The External Advisory Group for Aeronautics established under Key Action 4 of the Growth Programme within the 5th Framework Programme.
Aeronautics Matters relating to the design, manufacturing, maintenance and operational functions of air-craft together with all subordinate systems, parts and materials.
Air Transport System The world of aviation services from the arrival of the passenger or freight at the airport to the exit from the destination airport including any type of aircraft and the facilities that are necessary between the departure and destination airports.
Airbus 3E Airbus Collaborative research plan of Airbus Industrie partners for Energy, Efficiency and Environment.
Aviation The totality of the system in which aircraft of all types operate – includes the airlines, airports, and ground support services, as well as aeronautics.
EREA European Research Establishment Association.
Europe Unless otherwise indicated refers to the European Union.
GARTEUR Group for Aeronautical Research and Technology in Europe.
IMG3 Industrial Management Group of the industrial aeronautical sectors for airframe, engines and equipment.
NASA National Aeronautics and Space Administration.
Research & Development All those technical activities which embrace Research and Technology Development as well as the Design, Development, Test and Certification activities related to specific products. R&D
Research & Technology The processes of preparing new technical capabilities which will be useful in the future butDevelopment which are not related to specifically identified products. R&TD
SME Small or Medium-sized Enterprise.
The Aeronautics Industry All those enterprises which play a part in the design, development and manufacture of any product used in aeronautics.
Glossary
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