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A-320
STANDARD OPERATING PROCEDURES
PAKISTAN INTERNATIONAL AIRLINES
STANDARDS INSPECTION DIVISION FLIGHT OPERATIONS DEPARTMENT
Document # FOD/SOP-A320/02
Edition – II, Rev-00
Issue Date November 22, 2016
COPY _______________
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A320 Standard Operating Procedures
Edition II Rev 00
Nov 22, 2016
CONTENTS
Controlled Document – Do Not copy without prior permission of Director Flight Operations
GENERAL Page no.
00 Introduction 01
01 General 11
02 Pre Flight Duties 21
03 Safety Exterior Inspection 29
04 Cockpit Preparation 33
05 Before Push Back & Start 41
06 Engine start 47
07 After Start 51
08 Taxi 55
09 Take Off 61
10 Area Departure & Climb 65
11 Cruise 69
12 Descent Preparation 75
13 Descent 81
14 Holding 85
15 Approach 89
16 ILS Approach 97
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CONTENTS
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17 Non Precision Approach 101
18 Circling Approach 108
19 Visual Approach 113
20 Go Around 117
21 Landing 123
22 After Landing 128
23 Parking 131
24 Securing the Aircraft 135
25 Standard Callouts 139
26 All Weather Operations 152
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A320 Standard Operating Procedures
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Chapter 00 P a g e 1
INTRODUCTION Rev 00
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S No. INRODUCTION Page no.
0.0 Introduction 3
0.1 DISTRIBUTION LIST 3
0.2 HOW TO FILE REVISIONS 4
0.3 REVISION RECORDS 5
0.4 LIST OF EFFECTIVE PAGES 6
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0.0 INTRODUCTION
PIA Standard Operating Procedures (SOP) for A320 pertains to specific procedures related to A320aeroplane only. They establish sequence, designate individual and collective crew duties, and where necessary, furnish brief explanations in simple form for understanding. It is an elaboration and an extension of the Airbus recommended procedures and techniques.
Any question about the content or suggestions can be directed to:
Chief Pilot Standards & Inspection
Flight Operations Dept. Head Office,
Room 202 Karachi Airport.
E-Mail: [email protected]
0.1 DISTRIBUTION LIST
Master Copy of A320 Standards Operating Procedures is retained and controlled by the office of Chief Pilot Standards Inspection. Distribution list of A320 SOP is as under:
1. Director Flight Operations
2. All Chief Pilots
3. All Flight Crew (A-320) via IPAD.
The distribution list will be maintained and updated by Chief Pilot Technical according to operational needs and requirements.
mailto:[email protected]
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0.2 HOW TO FILE REVISIONS
How to file revisions in this manual:
This Manual is a controlled document and is audited to ensure that it is properly maintained. When a revision is issued for this manual, following instructions shall be followed as a guideline for the manual update process.
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0.3 REVISION RECORDS
REV
#
ISSUE
DATE
CHAPT
#
PAGE # DATE
ENTERED ENTERED
BY SIGN
00 22 Nov, 2016
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0.4 LIST OF EFFECTIVE PAGES
CHAP DESCRIPTION EFFECTIVE
PAGES REVISIO
N #
REVISION DATE
0 Introduction 1-10 00 Nov 22 ,16
1 General 1-10 00 Nov 22 ,16
2 Pre Flight Duties 1-8 00 Nov 22 ,16
3 Safety Exterior Inspection 1-4 00 Nov 22 ,16
4 Cockpit Preparation 1-8 00 Nov 22 ,16
5 Before Push Back & Start 1-6 00 Nov 22 ,16
6 Engine start 1-4 00 Nov 22 ,16
7 After Start 1-4 00 Nov 22 ,16
8 Taxi 1-6 00 Nov 22 ,16
9 Take Off 1-6 00 Nov 22 ,16
10 Area Departure & Climb 1-4 00 Nov 22 ,16
11 Cruise 1-6 00 Nov 22 ,16
12 Descent Preparation 1-6 00 Nov 22 ,16
13 Descent 1-4 00 Nov 22 ,16
14 Holding 1-4 00 Nov 22 ,16
15 Approach 1-8 00 Nov 22 ,16
16 ILS Approach 1-4 00 Nov 22 ,16
17 Non Precision Approach 1-8 00 Nov 22 ,16
18 Circling Approach 1-4 00 Nov 22 ,16
19 Visual Approach 1-4 00 Nov 22 ,16
20 Go Around 1-6 00 Nov 22 ,16
21 Landing 1-6 00 Nov 22 ,16
22 After Landing 1-4 00 Nov 22 ,16
23 Parking 1-4 00 Nov 22 ,16
24 Securing the Aircraft 1-4 00 Nov 22 ,16
25 Standard Callouts 1-16 00 Nov 22 ,16
26 All Weather Operations 1-26 00 Nov 22 ,16
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ABBREVIATIONS
A/C Aircraft
AAL Above Aerodrome Level
ACAS Airborne collision Avoidance System
CAN Aircraft Classification Number
ADF Automatic Direction Finder
AFM Airplane Flight Manual
AGL Above Ground Level
AIP Aeronautical Information Publication
ALT Altitude
AMSL Above Mean Sea Level
A/P Autopilot
APU Auxiliary Power Unit
ARP Airport Reference Point
ASI Airspeed Indicator
ASU Air Starter Unit
ATC Air Traffic Control
ATIS Automatic Terminal Information Service
ATPL Airline Transport Pilot License
ATS Air Traffic Services
AWO All Weather Operations
CAA Civil Aviation Authority
CAT Clear Air Turbulence
CAT 1 Landing Category 1 or Category 1 Approach
CAVOK Ceiling and Visibility OK
CDL Configuration Deviation List
CFP Computerized Flight Plan
CM-1 Crew Member-1 (Pilot occupying left seat)
CM-2 Crew Member-2 (Pilot occupying the right seat)
CRM Crew Resource Management
CVR Cockpit Voice Recorder
DA Decision Altitude
DEST Destination
DFDR Digital Flight Data Recorder
DGCAA Director General Civil Aviation Authority
DH Decision Height
DME Distance Measuring Equipment
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ECAM Electronic Centralized Aircraft Monitoring
EGPWS Enhanced Ground Proximity Warning System
EO Engine Out
EOACC Engine Out Acceleration
EWD Engine Warning Display
ETA Estimated Time of Arrival
ETD Estimated Time of Departure
FAC Flight Augmentation Computer
FAF Final Approach Fix
FCOM Flight Crew Operating Manual
FCTM Flight Crew Training Manual
FD Flight Director
FDTL Flight Duty Time Limitation
FL Flight Level
FMA Flight Mode Annunciator
FOB Fuel Onboard
FOD Fuel Over Destination
FOO Flight Operation officer
G/S Glide Slope
GA Go Around
GPS Global Positioning System
HDG Heading
HIALS High Intensity Approach Light System
HIRL High Intensity Runway Lights
Hpa Hectopascals
IAS Indicated Airspeed
ICAO International Civil Aviation Organization
IFR Instrument Flight Rules
ILS Instrument Landing System
ISA International Standard Atmosphere
ISIS Integrated Standby Instrument System
KHz Kilo Hertz
Km Kilometer
Kt Knot
L/G Landing Gear
LCN Load Classification Number
LDA Landing Distance Available
LMC Last Minute Change
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LVP Low Visibility Procedure
LVTO Low Visibility Take Off
M Mach
MAP Missed Approach Point
MCDU Multipurpose Control & Display Unit
MCT Maximum Continuous Thrust
MDA/H Minimum Descent Altitude/Height
MEA Minimum En-route Altitude
MEL Minimum Equipment List
MHz Mega Hertz
MLW Maximum Landing Weight
MMEL Master Minimum Equipment List
MTOW Maximum Takeoff weight
MZFW Maximum Zero Fuel Weight
NDB Non directional Beacon
NM Nautical mile
NOTAM Notice to Airmen
OAT Outside Air Temperature
OCA/H Obstacle Clearance Altitude/Height
OM Outer Marker
PA Public Address
PAPI Precision Approach Path Indicator
PB Push Button
PBE Protective Breathing Equipment
PIC Pilot in Command
PF Pilot flying
PM Pilot Monitoring
PNF Pilot not Flying
QFE Altimeter Setting to show height above airfield
QNE Standard Pressure Setting
QNH Pressure Setting to Altitude above mean sea level
RA Radio Altimeter
ROC Rate of Climb
RTO Rejected Takeoff
RTOW Regulated Takeoff Weight
RWY Runway
LOC Localizer
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SID Standard Instrument Departure
SPD Speed
STAR Standard Terminal Arrival Route (USA)
STAR Standard Instrument Arrival (ICAO)
TAF Terminal Area Forecast
TCAS Traffic Alert and Collision Avoidance System
TDZ Touchdown zone
TDZE Touchdown zone Elevation
THS Trim able Horizontal Stabilizer
TMA Terminal Control Area
TOC Top of climb
TOCG Takeoff Centre of Gravity
TOD Top of Descend
TODA Takeoff Distance Available
TOGA Takeoff Go-around Thrust
TORA Takeoff run Available
TOW Takeoff Weight
U/S Unserviceable or Under Supervision
UTC Universal Coordinated Time
V1 Decision Speed
V2 Takeoff Safety Speed
VASI Visual Approach Slope Indicator
VFR Visual Flight Rules
VHF Very High Frequency
VMO Maximum Operating Speed
VLS Lowest Selectable Speed
VOR VHF Omni Directional Range
Vr Rotation Speed
Vref Landing Reference Speed
V/S Vertical Speed
VSI Vertical Speed Indicator
WPT Waypoint
WX Weather
X-CHECK Cross Check
Z Zulu Time (UTC)
ZFW Zero Fuel Weight
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S No. GENERAL Page no.
01 General 3
1.1 Adherence 3
1.2 Crew definition 3
1.3 Control handover 4
1.4 Seatbelt and shoulder harness 5
1.5 Sterile cockpit 5
1.6 Cockpit tidiness 5
1.7 Cockpit discipline 6
1.8 Items to carry 6
1.9 Communication radio settings 7
1.10 Use of headsets 7
1.11 Task sharing 7
1.12 Normal checklist 8
1.13 Hydraulic pressurization 9
1.14 Standard callouts 9
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1. GENERAL
The PIA Standard Operating Procedures (SOP) for A320 pertain to specific procedures related to A320 aero plane only. They establish sequence, designate individual crew duties, and where necessary, furnish brief explanations.
1.1 ADHERENCE
The procedure in SOP are supplement to the procedures given in the OM and FCOM and shall be strictly adhered to. However, circulars may be issued from time to time which shall have precedence. Captain has the authority to override these procedures when required under unusual circumstances, however, he will announce his intentions when doing so.
Revisions in FCOM resulting in modification of existing procedures shall deem to be a part of the SOP (FCOM procedures, if modified shall supersede the SOP till it is amended).
1.2 CREW DEFINITION
Pilot Flying (PF) and Pilot Monitoring (PM) are terms describing an individual‘s role on a specific flight.
CM 1: The crewmember occupying left seat, normally Captain of the flight.
CM 2: The crewmember occupying right seat, normally the nominated First Officer of the flight.
The Captain will decide the duties PF and PM for the sector. At Captain‘s discretion, the duties and tasks of PF and PM may be exchanged between pilots during the course of the flight.
PF during the flight shall be responsible for:
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Normal flight procedures (i.e. manipulation of flight controls and Thrust Levers etc.)
Flight path
Navigation
PM will be responsible for:
Monitoring PF
Normal flight procedures
Checklist reading and actions
Communication
Tasks requested by PF
Using the engine master switches, cockpit C/Bs, IR and guarded switches, with PF's confirmation (except on ground)
1.3 CONTROL HANDOVER
These procedures have been compiled for clarity as Captain being PF .However, when First Officer is PF at Captain‘s discretion, then the Captain shall perform the duties of PM.
In case of emergency, Captain may take over the controls by announcing, ―MY CONTROL‖. First Officer will hand over the controls and announce; ―YOUR CONTROL‖.
The Captain shall be the designated Pilot Flying while aero plane is on the ground. He will taxi the aero plane and call for the required checklists.
On ground First Officer will perform PM duties up to line up on the runway, and after landing, when aero plane speed reduces below 70kts.
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1.4 SEATBELT AND SHOULDER HARNESS
Seat belts will be fastened during all phases of flight. Shoulder harnesses will be worn for all operations below 10000 ft AAL and while flying during moderate to severe turbulence, as defined in OM chapter 15 (Use of equipment). Seatbelt sign is handled by PM. When turbulence is anticipated or encountered, the SEAT BELT SIGN should be selected ON when requested by the Captain / PF. In case of moderate to severe turbulence following speed schedule shall be adhered to: 250 KTs up to FL 200 275/.76 above FL 200
1.5 STERILE COCKPIT
From the beginning of Engine start until passing 10,000ft AAL and during descent from 10,000ft AAL till engine shutdown, crew shall not involve themselves in any task other than required for the specific phase of flight. The concept of a sterile cockpit as given in OM part A 8.1.8 shall be strictly adhered to.
1.6 COCKPIT TIDINESS
Objects not stowed in the dedicated area in the cockpit may fall and cause hazards such as damage to the equipment or accidently operate controls or pushbuttons. It is highly recommended that the flight crew places and stows all objects in their dedicated area in the cockpit.
- Cups in the cup holders.
- Books and papers, if any, in the lateral stowage.
- Trash in the waste bin in the lateral console.
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- Meal trays on the floor behind the flight crew. The flight attendant shall collect the meal trays as soon as possible.
- Personal equipment properly secured in the various stowage areas.
1.7 COCKPIT DISCIPLINE
From the start of pre-flight till the completion of shutdown checklist, crew will not involve themselves in other activities not related to the flight, nor will they leave the cockpit unless their absence is necessary for performance of their duties or due to their physiological needs. COCKPIT DOOR will be locked at all times during the flight.
1.8 ITEMS TO CARRY
Crewmembers will carry the following
Flash Light …………………….All
Personal Documents…………All
o Valid License
o Valid medical and health certificate(if required)
o Valid passport with valid VISA as per requirement
o Crew member certificate (if issued)
o CAT II certificate (if applicable) o Flight Crew certificate of training with valid endorsements of
o CRM o SEP transition & Joint o DGR
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1.9 COMMUNICATION &RADIO SETTINGS
VHF 1 will be used for ATC, VHF 2 for Company / Weather or any specific frequency required in special airspace 123.45 may be set during cruise when not within company range, and VHF 3 121.5/Data and for recording P.A announcements. However, it may be used for voice communication if either the VHF-1 or VHF-2 radio is not serviceable or when utilization of all three VHF radios is absolutely essential.
NOTE: It is recommended that the pilot should normally use his onside RMP to tune any one of the VHF or HF radios.
1.10 USE OF HEADSETS
Headsets will be used along with Boom Mike to monitor all conversation with ground agencies and ATC until top of climb and also when operating in high-density traffic areas. Loud speakers may be used during cruise until reaching top of descent. Thereafter headsets with Boom mike should be used till engines shut down. HF monitoring will be carried out on headsets only.
1.11 TASK SHARING
FMGS entries are performed by PM when flying below 10,000 ft AAL. PM performs the entries upon PF requests.PM will confirm before inserting any data in the FMGS.
When flying with Auto Pilot ON, PF will make all changes on FCU. During Manual Flight PM makes all changes on the FCU when commanded by PF. Upon FCU selections PF should check and announce FMA. PM must cross check and announce, ―CHECKED‖.
Communication is vital for any flight crew. Each time one flight crewmember adjusts or makes any changes and/or equipment
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on the flight deck, the other flight crewmember must be notified, and an acknowledgement must be obtained.
Such adjustments and changes include but are not limited to:
FMGS alterations/any direct route, way point selection
Changes in speed or Mach or any other changes on the FCU
Tuning navigation aids
Flight path modifications
System selections (e.g. anti-ice system, packs on after take-off)
For supplementary procedures the task sharing should be;
If the procedure is related to engine start, it is recommended to read the entire procedure first and then - PM reads the actions, and - The PF acts on commands
Otherwise, the procedure is considered as read and do and performed by PM.
1.12 NORMAL CHECKLIST
The Normal Checklist includes nine flight phases. The Before Start, Before Takeoff, and After Takeoff checklists are divided into two sections, ―Down to the Line‖ and ―Below the Line‖ sections. This format is designed to help flight crew to manage the workload.
The PF requests the Normal Checklist, and PM reads it, the checklist actions are referred to as ―Challenge / Response‖ type
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actions. The PF responds to the challenge only after checking the current status of the aircraft.
If the configuration does not correspond to the checklist response, the PF must take corrective actions before responding to the challenge. If corrective action is not possible, then PF must modify the response to reflect the real situation (with the specific answer). When necessary the other flight crew member must cross check the validity of the response. The PM waits for the response before proceeding with the checklist. For the checklist items that are identified as ―AS RQRD‖, the response should corresponds to the real condition or configuration of the system.
The AFTER LANDING checklist is done silently and ―AFTER LANDING CHECKLIST COMPLETE‖ announced after its completion. AIRCRAFT SECURING checklists is READ and DO. ―SECURING THE AIRCRAFT CHECKLIST COMPLETE‖ announced after its completion.
1.13 HYDRAULIC PRESSURIZATION
When there is need to pressurize the hydraulics on ground, clearance from ground crew should be obtained prior to switching ON yellow electric pump.
1.14 STANDARD CALLOUTS
Standard phraseology is essential to ensure effective crew communication. The phraseology should be concise and exact.
Standard callouts are also designed to promote situational awareness, and to ensure crew understanding of systems status and their use in line operation. Crew must follow Standard Callouts as per Chapter 25.
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S No. PRE FLIGHT DUTIES
Page no.
02 PRE FLIGHT DUTIES 3
2.1 Technical Status of Aero plane 3
2.2 Weather/Alternate Briefing 3
2.3 Nav / Com Facilities 4
2.4 Flight Plan and Operational Requirements 4
2.5 Arrival on Aero plane 4
2.6 Cabin Crew Report 7
2.7 Boarding Clearance 7
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2. PRE FLIGHT DUTIES
Captain and First Officer will receive the following briefing from Dispatch or carry out self-briefing if required.
2.1 TECHNICAL STATUS OF AEROPLANE
Dispatch will brief the crew on the aero plane status with regard to airworthiness and MEL waivers, carried forward defects with calculated aero plane‘s revised performance and operational procedures with penalties as applicable.
2.2 WEATHER/ALTERNATE BRIEFING
Flight Dispatcher will brief, Actual and expected weather conditions for takeoff and climb out including runway condition.
En-route significant weather, winds, temperature and Alternates.
A terminal forecast for destination and alternate airports, including the designated En-route/Takeoff alternates when applicable.
Actual weather for destination and alternate for short-range flights (less than one hours cruise flight time) and recent weather, if available.
Survey of Met conditions at airports along the planned route and sector wise alternates will be mentioned in CFP.
Central Dispatch will assist Captain/First Officer in all operational matters related to the flight and provide details/ information as desired by him/her to make the flight safe.
Designated En-route alternates for the sectors shall be indicated on the CFP for emergency situations.
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2.3 NAV / COM FACILITIES
Central Dispatch will brief and crew will examine the latest
relevant NOTAMS and will check that all required facilities at departure, destination and alternates are operational and fulfill the requirements.
2.4 FLIGHT PLAN AND OPERATIONAL REQUIREMENTS
Crew will check the Company flight plan with respect to routing, altitudes, flight time, burn off and relevant FMS co route.
Crew will check the estimated load figures and maximum allowed Take off and Landing weights.
Capt will decide if additional fuel is needed over and above the required fuel for safe conduct of flight. The same shall be notated in the CFP.
First Officer will ensure that the Nav Bag contains the relevant Route Manuals for the sectors to be flown. Crew should also ensure that, all relevant charts are available for the Departure, Destination and Alternate airports.
Note: In most cases the flight crew uses the computer derived flight plan to obtain the correct fuel requirements. Although these computerized requirements are normally accurate, the flight crew must check them for gross errors, the easiest way to do this is to use the quick determination of flight plan tables (Refer to Performance Chapter of FCOM)
2.5 ARRIVAL ON AERO PLANE
After arriving at the aircraft, the Captain or F/O will check:
Technical status of the aeroplane
Reported snags on the previous flights and their rectification
Periodic checks that are due.
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If any discrepancy is observed during pre-flight, it will be reported to the Engineering and logged in the Tech Log along with the time, Captain will inform central dispatch regarding any penalty as specified in MEL/CDL which may require revised flight plan or revised fuel.
The Captain shall ensure that the correct type and quantity of fuel and oil is carried on board. Units of weight shall be the same as on the cockpit fuel gauges.
First Officer will ensure that the following are on board and as per List:
Airline Operating Certificate.
German Certificate /KSA GACA Certificate, (If required).
C of A.
C of R.
Weight Schedule.
Fuel Carnet.
Wireless License
Emergency Equipment Location Chart
Insurance Certificate.
Residual Disinfection Certificate.
Official Flight Logbook.
Technical Logbook.
Captains Debrief book.
Flight Pack list.
A file is being kept on board along with the Technical Library, which consists of the list of required manuals/books to be on board. First Officer will check that the latest revision file has been updated within the past 20days. Crew is also advised that during cruise whenever time permits the contents of the Technical Library may be checked.
Contents of the Technical library contain the following items:
FCOM Vol. 1/2/3/4 (I Pad)
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QRH (hard copy / I Pad)
SOP (I Pad)
Mass and Balance manual. (I Pad)
RTOGW analysis book. (hard copy / I Pad)
MEL/MMEL (I Pad)
Dangerous goods manual (I Pad)
Operations Manual. (Part A/B) (I Pad)
OETBs, Route & Navigation Bulletins and Training Bulletins. (hard copy / I Pad)
An envelope containing the following blank forms:-
Fuel Loading instructions form
ATC and Company Flight Plan
AIREP form
Near Miss form
Bird strike form
Aircraft occurrence Initial report
Lightning strike report
Birth and Death on Board form
Post Flight information report
Trim sheet
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Flight Attendants Allocation card
Profoma for Unruly passenger
All forms are also available on IPAD APP.
2.6 CABIN CREW REPORT
Lead Cabin Crew member will report to the Captain and inform him/her about the cabin status and the number of cabin crew on board. He / She will obtain the flight information for passenger announcement, In-flight Entertainment (if applicable) system and shall also ascertain duration of taxi time to accomplish safety announcements prior to takeoff.
Captain will brief the lead Cabin Crew member regarding;
Baggage stowage,
Evacuation,
Emergency descent,
Operation of cockpit door& code of the day,
Communication between cockpit and cabin
Hijack Code
2.7 BOARDING CLEARANCE
Duty station manager or his representative will obtain passenger boarding clearance in coordination with GOC and central dispatch. The captain will remain the final authority to stop boarding and/or disembark passengers if deemed necessary in his/her judgment. In case of destination weather being marginal
/ Below minimum, captain in coordination with central flight dispatch will give boarding clearance. Refer latest company instructions on ―Boarding Clearance‖
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S No. SAFETY EXTERIOR INSPECTION
Page no.
03 Safety Exterior INSPECTION 3
3.1 PRELIMINARY COCKPIT PREPARATION 3
3.2 EXTERIOR INSPECTION 4
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3. SAFETY EXTERIOR INSPECTION
Before entering cockpit, Crew will carry out Safety Exterior Inspection.
Wheel Chocks.
Landing Gear doors.
APU Area.
3.1 PRELIMINARY COCKPIT PREPARATION
The objectives of the preliminary cockpit preparation are;
The RCL PB is pressed for at least 3s to display the caution and warnings from the previous flight.
To check the liquid levels i.e. oil, hydraulic and oxygen pressure using
The HYD PB is pressed to check the hydraulic level
The ENG PB is pressed to check engine oil quantity ( Min 9.5 quads)
The DOOR PB is pressed to check the oxygen pressure level
To check the position of surface control levers e.g. Slats/flaps, parking brake.
The flight crew must pay a particular attention to the red OEBs and more particular to the red OEBs that must be applied before the ECAM procedure
First Officer will do preliminary cockpit preparation as per FCOM PRO-NOR-SOP-04-P1/8.
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3.2 EXTERIOR INSPECTION
The objectives of the exterior inspection are;
To obtain a global assessment of the aircraft status. Any missing parts or panels will be checked against CDL.
To ensure that main aircraft surfaces are in adequate position relative to surface control levers.
To check that there no leaks e.g. engine drain mast, hydraulic lines.
To check the status of the essential visible sensors i.e. AOA, pitot and static probes
To observe any possible abnormalities on the landing gear status
Wheels and tires status [cut,wear,cracks)
LANDING GEAR LOCKS ARE REMOVED
Brake
First Officer will carry out exterior inspection as per FCOM PRO-NOR-SOP-05-P1/8.
When conducting walk-around, flight crew must wear the high visibility vest.
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A320 Standard Operating Procedures
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Chapter 04
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S No. COCKPIT PREPARATION Page no.
4.1 Cockpit Preparation 3
4.2 FMGS PROGRAMMING 3
4.3 TAKEOFF Briefing 5
4.4 EXTERIOR INSPECTION 5
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4. COCKPIT PREPARATION
4.1 COCKPIT PREPARATION
The Scan pattern varies, depending on the pilot status, i.e. PF / PM, CM1 or CM2, and the areas of responsibilities.
Overhead Panel
Centre Instrument Panel
Pedestal
FMGS preparation (When both pilots are seated)
Glare shield
Lateral Consoles
CM1 / CM2 panels
NOTE: First Officer will note down ATIS.
4.2 FMGS PROGRAMMING
FMGS will be initialized in two steps, inserting navigation data and then performance data; it is to be noted;
―Boxed Fields‖ must be filled
―Blue Fields‖ informs the crew that an entry is permitted
―Green Fields‖ are used for FMS generated data and cannot be changed
―Magenta Characters‖ identify limits (Altitude, Speed or Time) that FMS will attempt to meet
―Yellow Characters‖ indicate a temporary flight plan
―Amber Characters‖ signify the item being displayed is important and requires immediate action
―Small Font‖ signifies that data is FMS computed
―Large Font‖ signifies manually entered data
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Navigation Data:
Status
Init A
F-Plan
(SEC F-Plan)
RAD NAV
Performance Data:
Init B
Perf
NOTE: Thrust Reduction Altitude is 1000 ft AAL, Acceleration Altitude is 3000 ft AAL, for Cost Index refer to latest circulars.
Once the Flight Plan is inserted in FMGS, the crew will cross check the route in CFP against the route in the FMGS.
The PM will read the way points from the FMGS and the PF will crosscheck these way points from the CFP. SID & STAR must be correlated with Jeppesen.
To facilitate the above, Plan mode on ND may be used for checking the correct sequencing.
Data on F-Plan page including distance, flight time and F.O.B must be cross checked with the CFP.
ALTIMETER CHECK
Crew must Check Baro readings (QNH) on both PFDs & ISIS and note on the CFP. Maximum difference between PFD altitude indication and airport elevation should not be more than 75 feet. Maximum difference between the 2 PFDS on ground is 20 feet . Refer to PRO-SUP-34 for instrument tolerances.
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4.3 TAKEOFF BRIEFING
PF should perform the takeoff briefing at the gate when workload permits, after the completion of cockpit preparation and before engine start. It includes the following items:
MISC:
Aeroplane type and model
Aeroplane technical status
NOTAMS
Weather
ENG Start / Pushback Procedure
Expected Taxi Route
RWY Information
Use of ENG/Wing Anti Ice (Only if required)
Init - B Page:
Block Fuel (FOB on EWD)
Estimated TOW
Extra Time / Fuel at Dest
Takeoff Perf Page:
TO RWY
TO CONF
Flex / TOGA
V1, Vr, V2
Trans Alt
Thrust Red / ACC Alt
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Flight Plan:
Flight plan description / SID Chart briefing
RAD NAV
NADP/COMM Failure procedure (If different from Standard)
Note: Items in the briefing must be cross checked on the associated display.
EMERGENCY BRIEFING
Captain will carry out emergency briefing before the first leg of the flight. It will include rejecting takeoff before V1 and actions in case of engine failure after V1, cleanup procedures and crew coordination.
Rejected Take-Off is always performed by the Captain, if the co-pilot is the PF he should transfer the controls to the Captain and act as PM.
Briefing
This will be left/right hand seat takeoff.
Any failure before 100 knots or V1 is reached, clearly call out the malfunction and I will call ―STOP‖ or ―GO‖.
If the call is STOP, I will apply the Rejected Takeoff procedure and bring the aeroplane to a complete stop. Set the parking brake and call ―ATTENTION CREW AT STATION‖. You will monitor ―REV GREEN‖ and ―DECEL‖ and silence any aural warning and inform ATC. Thereafter you will carry out ECAM actions on my command.
If evacuation is required we will carry out ―On Ground Emergency Evacuation Checklist‖.
Any failure after V1, takeoff will be continued and no action before 400 feet AGL except silencing of any aural warning and gear up.
Reaching 400 feet AGL ECAM actions on my command.
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When the engine is secured stop ECAM, level off, accelerate and cleanup (otherwise continue climbing until engine secured, but not above EO maximum acceleration altitude).
At green dot OPEN CLB, select MCT, resume ECAM, complete after T/O C/L, check Status, ENG OUT routing follow SID, radar vectors, or immediate turn back.
Rejected Takeoff:
To assist in decision making process, the takeoff is divided into low and high speed regimes, with 100 Kts being chosen as the dividing line.
Below 100 knots;
Any ECAM warning / Caution.
From brake release to V1;
Fire warning / any major failure.
Sudden loss of engine thrust.
If aeroplane is unsafe to fly due any reason.
Wind shear.
Any Red ECAM warning or any Amber ECAM caution listed below;
Flt/Ctrl Side stick fault.
Engine fail.
Engine reverse faults.
Engine reverse UNLOCKED and
Engine 1 or Engine 2 thrust lever fault.
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If a tire fails within 20 Kts of V1 unless debris from the tire has caused noticeable engine parameter fluctuation, it is better to get airborne, reduce the fuel load and land with full runway length available.
Note:
If the decision is made to reject the takeoff, the Captain calls ‗STOP‘.
This call confirms the decision to reject the Takeoff and also states that Captain has controls.
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Chapter 05 Page 1
BEFORE PUSH BACK & START
Rev 00
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INDEX
S No. BEFORE PUSH BACK & START Page no.
05 Before push back & start 3
5.1 Load/trim sheet 3
5.2 Trim sheet acceptance 3
5.3 Performance calculations 3
5.4 MCDU selection for takeoff 3
5.5 Closing of doors 3
5.6 Departure announcement 4
5.7 Before start checklist 4
5.8 Pushback 4
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5. BEFORE PUSH BACK & START
5.1 LOAD/TRIM SHEET
First Officer will check the trim sheet on receipt and announce ZFW and ZFWCG, which will be inserted in the FMS by the Captain. First Officer will also announce TOCG and TO FUEL. [Total FUEL will be cross checked by both crew members against FPL and ECAM] First Officer will sign the trim sheet and handover to the Captain who will cross check it.
First Officer will calculate the THS using Trim scale given on the bottom of checklist. Captain will cross check THS on PITCH TRIM wheel before entering it in FMS.
5.2 TRIM SHEET ACCEPTANCE
Captain will record time and sign on the trim sheet when all formalities of boarding, loading and security are completed.
5.3 PERFORMANCE CALCULATIONS
First Officer will calculate V1, VR, V2 and FLEX temperature according to revised weights.
Captain will cross check calculations and will insert them in MCDU.
5.4 MCDU SELECTION FOR TAKEOFF
For takeoff MCDU setting will be F.PLAN page on PM side and TAKE OFF PERF page on PF MCDU.
5.5 CLOSING OF DOORS
When purser informs that all doors are closed, crew will confirm it on lower DOOR SD page.
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BEFORE PUSH BACK & START
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5.6 DEPARTURE ANNOUNCEMENT
After confirming on DOOR page that all doors are closed, First Officer will announce on PA:
―Cabin crew prepare for departure, arm the door slides and cross check‖
The arming of the slides will be checked on the DOOR SD page.
5.7 BEFORE START CHECKLIST
Captain will make sure that all externals (AC VAN, GPU etc.) are disconnected and all doors/cargo doors are closed and push back tug is connected.
Both pilots will check and confirm that Windows are closed.
Captain will ask for ―Before Start Checklist‖ down to the line, which will be read by First Officer.
5.8 PUSHBACK
First Officer will obtain ATC pushback/startup clearance as per airport requirements.
First Officer will set ATC transponder for operation in accordance with airport requirements and the capt shall set beacon switch to ON, crew will check Windows and DOORS closed and Slides armed.
Note: ATC Transponder shall remain at S/By position on airports where there is no ground radar or not so required by regulations. ATC Transponder shall be set to ON as late as possible for Takeoff and switched back to S/By as early as possible after Takeoff (after landing Roll) for all such airports where there is no requirement to Switch on the ATC transponder.
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BEFORE PUSH BACK & START
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Captain will check THRUST LEVERS to idle and PARK BRK to ON before asking for ―Below the line checklist‖
Captain will confirm with ground crew if they are ready for push back and will confirm with them
Start sequence
ATC push back clearance
Captain will release PRK BRK when asked by ground crew and will announce off blocks time, First Officer will note down time and will start the clock.
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S.No. ENGINE START Page no.
06 ENGINE START 3
6.1 Automatic Engine Start 3
6.2 Manual Engine start 3
6.3 Supplementary procedures 3
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6. ENGINE START
6.1 AUTOMATIC ENGINE START Preferably engines are started during push back [sequence 2 and 1] unless APU is unserviceable or some other malfunction requires engine starting at the ramp.
Refer to FCOM PRO-NOR-SOP-08-P1/4 procedure to Automatic Start Engine.
Engine start parameters are to be monitored carefully, if the start aborts due to insufficient starter inlet air pressure (e.g. on high airfields, or in case of low pressure from an external pneumatic ground power), it is recommended to use the manual start procedure, instead the automatic procedure.
6.2 MANUAL ENGINE START
Refer FCOM PRO-SUP-70-P3/8 (Power Plant), which defines all scenarios for manual engine starts.
First Officer will read and do the procedure from FCOM, after receiving clearance to start from ground crew.
6.3 SUPPLEMENTARY PROCEDURES
Supplementary procedures (Power Plant) are defined in FCOM PRO-SUP-70-P1/8.
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S No. AFTER START Page no.
07 AFTER START 3
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7. AFTER START
When engine parameters are stabilized, Captain will bring Engine Mode Selector to NORM position, this is a cue for both pilots to do AFTER START procedure as defined in FCOM PRO-NOR-SOP-09-P1/4 (After Start), for flow pattern refer to QRH Normal Procedures (After Start).
Captain will call the ground crew and will command ―Clear to Disconnect, Hand signal to the left/right‖ and will check N/W STEER DISC MEMO not displayed.
Captain will ask for ―After Start Checklist‖.
Note: After start to avoid thermal shock, the pilot should operate the engine at idle or near idle for at least 2 mins before advancing the thrust lever to high power. Taxi time at idle may be included in the warm up period.
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TAXI Rev 00
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S No. TAXI Page no.
08 TAXI 3
8.1 TAXI CLEARANCE 3
8.2 EXTERIOR LIGHTS 3
8.3 THRUST USE DURING TAXI 3
8.4 BRAKES 3
8.5 TAXI SPEED 4
8.6 LOOK OUT 4
8.7 ATC CLEARANCE 4
8.8 WEATHER RADAR 5
8.9 CABIN REPORT 5
8.10 180° TURN 5
8.11 EXTERIOR LIGHTS 6
8.12 LINEUP 6
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8. TAXI
8.1 TAXI CLEARANCE
After receiving Ground clearance, PM will obtain Taxi clearance from ATC. Taxi will be commenced after announcement of ―Clear Right/Left side‖ by both pilots and ―Hand signal /by pass pin sighted‖.
Note: ―Clear Right/Left side‖ call only to be given at the start of taxi and before entering active runway.
FLIGHT CONTROL check is recommended to be done before taxi.
8.2 EXTERIOR LIGHTS
Before taxing, PM will select Taxi light ON. He will also switch ON, Runway turn off lights at captain‘s discretion, during night.
8.3 THRUST USE DURING TAXI
Idle thrust is adequate for taxiing under most conditions. A slightly higher thrust setting may be required to begin taxiing in case of heavy weight. Allow time for aero plane response before increasing thrust.
8.4 BRAKES
When aero plane starts to roll, Captain will check the brakes effectiveness by applying brake pedal pressure gently; he will announce ―BRAKE CHECK‖. First Officer will check and announce ―PRESSURE ZERO‖ (call applicable only on AP-BLB, BLC, BLD) after ensuring that there is no brake pressure indication on triple gauge.
The FCOM limits brake temperature to 300˚C before takeoff is started. With brake fans running brake temperature limit is 150˚C. Brake fans should not be used during takeoff, in order to avoid FOD to fans and brakes.
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During taxi if an arc is displayed on the ECAM WHEEL SD page, above the brake temp, set the brake fans ON.
8.5 TAXI SPEED
Normal taxi speed should be 20 kts on straight taxi routes, with no ATC or ground traffic constraints the PF should allow the aircraft to accelerate to 30 kts, and then use one smooth brake application to decelerate to 10 kts. For turns of 90˚ or more, the aircraft speed should be less than 10 kt.
Note: The GS indication on the ND should be used to assess taxi speed.
8.6 LOOK OUT
Both Pilots shall keep a look out for obstructions and other traffic, if noticed by any Pilot it will be announced.
8.7 ATC CLEARANCE
PM will obtain ATC clearance and will note down while captain will monitor the same. First Officer will set the squawk, will confirm that FMGS and FCU are set as per clearance and will make necessary changes if required (at most airports ATC clearance is given before push and start clearance).
If HDG is given after takeoff, use FMS HDG preset functions and set the appropriate HDG in the FCU window.
If there is an altitude constraint in instrument departure and ATC altitude clearance is above that constraint then it is recommended to set the constraint altitude as FCU altitude, unless ATC has given unrestricted climb.
All changes on FMGS must be executed after confirmation from Captain.
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Caution:
In case of change in runway, Crew is to make sure that the take off speeds and SID is re programmed prior to initiating take off. Also check TOGW analysis chart performance calculation.
PF will do a short Takeoff briefing (if there is any change).
8.8 WEATHER RADAR
PM will switch ―ON‖, Weather Radar when out of congested area.
Note: If the weather is good, or not significant, in order to check the radar is operating correctly, down tilt until displaying ground echoes.
It is a good practice to set the ND outer ring to max range for radar display.
8.9 CABIN REPORT
On receiving confirmation of Cabin Ready report from LCC, First Officer will press T.O. Config PB, and will check T.O. Memo no blue.
Captain will call for Before Takeoff Checklist; First officer will read the checklist down to the line.
8.10 180° TURN
To make 180° turn on the runway follow FCOM PRO-NOR-SOP-10-P5/6 procedure.
The standard width of a runway is 45M. However, the aircraft only needs runway width 30M (99 feet) for an 180˚ turn. The GS for the entire maneuver should be between 5 kt to 8 kt, to prevent the width of the turn from increasing.
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8.11 EXTERIOR LIGHTS
PM will switch ON strobe when, Entering, Backtracking or Crossing a runway.
Nose SW should be at TO and landing lights SW to ON when entering the runway and TO clearance is received.
8.12 LINEUP
PM will obtain takeoff clearance, Once cleared to enter the runway, both pilots will check the approach/runway clear of traffic on their respective sides.
PM will announce on PA ―Cabin Crew take your stations for takeoff‖.
PF will call for ―Below the line‖, PM will read and will announce:
―Before Takeoff Checklist complete‖.
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A320 Standard Operating Procedures
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Chapter 09 Page 1
TAKE OFF Rev 00
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S No. TAKE OFF Page no.
09 TAKE OFF 3
9.1 Thrust Setting 3
9.2 Noise Abatement Procedure 4
9.3 Rejected Takeoff and Emergency Evacuation 4
9.4 After Take Off 4
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9. TAKE OFF
9.1 THRUST SETTING
The below procedure is the standard procedure, however rolling takeoff is permitted. The PF should announce ―Takeoff‖. The PF then applies power as follows;
If cross wind at or below 20 KT and there is no tail wind
THRUST LEVERS ………. 50%N1
PF apply half forward stick until the air speed reaches 80KT. Release the side stick gradually to reach neutral at 100KT
―BRAKES ………………… RELEASE
THRUST LEVERS ………. FLX or TOGA
In case of tail wind, or if cross wind is greater than 20KT
THRUST LEVERS ………. 50%N1
The PF applies full forward side stick
―BRAKES ………………… RELEASE
THRUST LEVERS ………. FLX or TOGA
The PF rapidly increases thrust to about 70% N1 then progressively to reach T/O thrust by 40KT, while maintaining side stick full forward up to 80KT. Release the side stick gradually to reach neutral at 100KT.
CHRONO …………………. START
The use of tiller is not recommended during T/O roll, because of its high efficiency, which might lead to aircraft over reaction.
The recommended rotation rate for takeoff is about 3˚/s. Fast rotation rate increases the risk of TAIL STRIKE, but a slow rate increases takeoff distance.
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Refer to FCOM PRO-NOR-SOP-12-P7/8 (takeoff) and for task sharing refer to QRH-NORMAL PROCEDURES (takeoff).
9.2 NOISE ABATEMENT PROCEDURE
Noise abatement procedures will not be conducted in conditions of significant turbulence or windshear. Otherwise NADP1 procedure is to be used for takeoff.
9.3 REJECTED TAKEOFF AND EMERGENCY EVACUATION
The decision to reject a takeoff rests solely with captain and must be made in time, so that stopping action can be completed before V1 is reached. When PM recognizes the malfunction on ECAM he will clearly and precisely call out the malfunction. Captain will make the decision to reject or continue takeoff. He will use clear and concise words i.e. ―STOP‖ or ―GO‖.
FCTM AO-020-P1/24(Rejected Takeoff) defines guidelines, procedures and task sharing in case of rejected takeoff, followed by Emergency Evacuation.
9.4 AFTER TAKE OFF
PM will carry out After Takeoff procedure according to FCOM PRO-NOR-SOP-13-P1/2 (After Takeoff). After clean up, PF will ask for ―After Takeoff Climb Checklist‖, PM will read and
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Announce ―Down to the line‖. The remaining Checklist shall be read after passing Transition Altitude and setting Standard Altimeter; in case transition altitude is higher than 3000 feet.
Passing Transition Altitude both pilots will set Standard Altimeter, and call:
PF: set Standard
PM: Standard set cross checked, passing FL……
PF: Checked
PF then call for: ―Below the line‖, PM will read and announce; ―After Takeoff Climb Checklist Complete‖.
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S No. AREA DEPARTURE & CLIMB Page no.
10 AREA DEPARTURE & CLIMB 3
10.1 CLIMB SPEED 3
10.2 10,000 FEET AAL 3
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10. AREA DEPARTURE & CLIMB
10.1 CLIMB SPEED
Normally pilots will use managed speed for climb. When required, pilots can use selected speed due to ATC requirements or turbulence.
Green Dot gives best lift/drag speed, best rate of climb speed falls between green dot to ECON climb speed. Thumb rule for best rate of climb is turbulence speed.
10.2 10,000 FEET AAL
At 10,000 Feet AAL, PF will call for ―Ten Thousand Feet Checks‖. PM will carry out checks as follows;
LANDING LIGHTS selector .………………… RETRACT
SEAT BELTS SW ….…………………………. AS RQRD
EFIS option ………...................................... ARPT
ECAM MEMO ………………….…………….. REVIEW
NAVAIDS …………………………………… CLEAR (if manually tuned for departure)
SEC F-PLN page ………… AS RQRD (recopy the active flight plan in the secondary if land back has been constructed.
OPT/MAX ALT …………………………………… CHECK
PM will confirm from PF before switching OFF SEATBELT signs.
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Chapter 11
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S No. CRUISE Page no.
11 CRUISE 3
11.1 LEVEL OFF 3
11.2 FUEL SCORE 3
11.3 WIND AND TEMPERATURE 3
11.4 ENGINE FAIL DURING CRUISE/EMERGENCY DESCENT 4
11.5 PAPER WORK 5
11.6 TURBULENCE 5
11.7 BUFFET MARGIN 6
11.8 EN ROUTE/ ALTERNATE WEATHER 6
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11 CRUISE
11.1 LEVEL OFF
PM will call ―one thousand to go‖ when aero plane is 1000ft to go to assigned altitude. Monitor ROC when approaching assigned altitude; reduce to avoid RA (Resolution Advisory) in congested areas. Refer Jeppesen Aircraft Operating Procedure, Transponder Operation, and Operation of ACAS/TCAS HIGH VERTICAL RATES (HVR ENCOUNTERS).
PF will announce FMA reaching cruise altitude.
PM will check the top of climb performance as below;
ECAM MEMO……………………REVIEW
ECAM SD PAGES …………….. REVIEW
NOTE: PM WILL CALCULATE GREEN DOT SPEED, SINGLE ENGINE CEILING IN CASE OF FMGS FAILURE.
11.2 FUEL SCORE
PM will note down TOC fuel/time on OFP.
PM will maintain fuel score on OFP at approximately 30minute intervals. Fuel score will be kept / announced by comparing the actual fuel remaining onboard versus the predicted fuel remaining on the OFP.
11.3 WIND AND TEMPERATURE
When reaching cruise FL, the crew will ensure that the wind and temperature are correctly entered and the lateral and vertical F-PLN reflect the OFP. Wind entries should be made at way
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Points when there is a difference of either 30˚ or 30kt for the wind data and 5˚C for temperature deviation. These entries should made for many levels as possible in order to ensure the FMS fuel and time predictions are as accurate as possible and provide an accurate OPT FL computation.
11.4 ENGINE FAIL DURING CRUISE/EMERGENCY DESCENT
There are three strategies available for dealing with engine failure in the cruise.
Standard strategy
Obstacle strategy
Fixed speed strategy
The fixed strategy refers to ETOPS and it is mentioned in the separate course.
For the obstacle strategy unless a specific procedure has been established before dispatch, the standard strategy is used.
The procedure for standard strategy
THRUST LEVER From CL to MCT
A/THR disconnect
SELECT SPEED
SELECT A HDG to keep clear of the airway
SELECT ENG INOP ALT in the FCU ALT window and pull for OPEN DES (The REC MAX EO cruise altitude,
Which equates to LRC with anti-icing off, is displayed on the MCDU PROG page.)
ECAM ACTIONS
During descent if V/S becomes less than 500 ft/min, select V/S-500 ft/min and A/THR on. This is likely to occur as level off altitude is approached.
Once established at level off altitude, LRC performance may be extracted from QRH.
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Emergency Descent should only be initiated upon positive confirmation that cabin altitude and ROC is excessive and uncontrollable. Emergency Descent procedure should be carried out by the flight crew from memory.
PF Actions (1st Loop)
ALT ……………….. TURN ……. PULL
HDG ……………… TURN ……. PULL
SPD …………………………….. PULL
FMA ………………………….. CHECK
SPD BRAKE ………………….... FULL
In 2nd
Loop PF will adjust ALT, HDG, and SPD.
PM Actions
SIGNS ……………………………. ON
ENG MODE ……………………… IGN
ATC ………………………….…... NOTIFY/SQWK 7700
FMA…………………………………Check
PA………………………………….Emergency Descent
If cabin ALT will exceed 14000FT PAX OXY MASKS ……………… ON
NOTE: To descent from FL390 to FL100, it takes approximately 04 mins and 40NM.
11.5 PAPER WORK
PM will accomplish paper work during cruise (or on ground), and when workload permits.
11.6 TURBULENCE
Turbulence speed for up to FL200 is 250 kts, above FL200 maintain speed 275kts/ M.76
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Maximum cruise altitude shall be avoided when flying through areas with significant turbulence is anticipated. When flying in moderate or severe turbulence, large fluctuations of indicated airspeed are likely to occur.
Aim at the turbulence penetration speed, seat belts signs ON and IGN as required.
Refer to the QRH-OPS DATA (Severe Turbulence), for severe turbulence procedure and speeds.
11.7 BUFFET MARGIN
For maintaining an adequate buffet margin as well as fuel economy, when requesting or accepting cruising levels and step climbs, FMGS optimum and maximum altitudes should be considered.
REC MAX FL reflects the present engine and wind performance and does not take into account the cost aspect. It provides 0.3g buffet margin.
OPT FL is displayed on the MCDU is the cruise altitude for min cost when ECON MACH is flown and should be followed when possible. It is important to note that OPT FL displayed on the PROG page is meaningful only if wind and temp profile has been accurately entered.
11.8 EN ROUTE/ ALTERNATE WEATHER
PM will obtain and keep an update of actual weather for enroute alternate airports and note down on flight plan.
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A320 Standard Operating Procedures
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S No. DESCENT PREPARATION
Page no.
12 DESCENT PREPARATION 3
12.1 GENERAL 3
12.2 ARRIVAL MESSAGE 3
12.3 FMGS PREPARATION 3
12.4 HOLDING TIME CALCULATION 4
12.5 APPROACH BRIEFING 4
12.6 CAPTAIN‘S LANDING ONLY 4
12.7 MINIMUM FUEL ADVISORY 4
12.8 SEATBELT SIGNS 5
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12. DESCENT PREPARATION
12.1 GENERAL
PM will take destination and alternate weather approx. 15 minutes before Top of Descent. PF will prepare FMGS for approach, during this time he will transfer controls to PM. Perform an in-flight landing performance assessment if the landing conditions changed compared with landing computation at dispatch or with a previous computation (e.g. runway, weather conditions, in flight failure effecting performance, diversion.)
12.2 ARRIVAL MESSAGE
PM will call the Company cut channel and pass ETA, technical status of the aero plane and any special handling requirements.
12.3 FMGS PREPARATION
The following sequence of pages should be used to prepare the FMGS
F-PLN
RAD NAV
PROG
PERF
FUEL PRED
SEC F.PLN
Once the FMGS is prepared its good practice that other pilot should cross check the information entered. PF will select desired AUTO BRAKE considering runway conditions and weight.
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12.4 HOLDING TIME CALCULATION
First Officer will check fuel predictions for the destination and alternate to estimate any extra holding time available.
12.5 APPROACH BRIEFING
PF will brief the approach. It should be concise and conducted in logical order. PF will carry out briefing in following order
Aeroplane Technical Status
NOTAMs for destination and alternate
Weather for destination and alternate
FMGS briefing In same ―HAT‖ order, it will also include taxi routing after landing and possible stand
12.6 CAPTAIN’S LANDING ONLY
Line Captain must perform the Approach and Landing whenever any of the following conditions exist:
Crosswind exceeds 15 kts
Contaminated or slippery runway
Any abnormality
12.7 MINIMUM FUEL ADVISORY
The PIC shall ensure that the minimum fuel quantity upon landing is not less than that required to fly the airplane for 30 minutes at clean holding speeds, at 1500 feet altitude, under standard atmospheric conditions. This is the Final Reserve fuel which is mentioned on CFP. Any time it is calculated to go below final reserve fuel, an emergency must be declared and ATC must be informed by declaring ―MINIMUM FUEL‖ & Fuel Remaining in minutes. The intent of a ―MINIMUM FUEL‖ declaration is to inform ATC that the flight has committed to land at a specific airport and any change to the existing clearance may result in landing with less than planned final reserve fuel. This is not an emergency
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situation, but rather an indication that an emergency situation is possible should any additional delay occur. Be aware a minimum fuel advisory does not imply a need for traffic priority. The PIC, when the calculated usable fuel on landing, at the nearest adequate aerodrome, where a safe landing can be performed, is less than the HOLD fuel given on CFP, shall declare an emergency and the need for traffic priority to ensure a safe landing by stating ―MAYDAY, MAYDAY, MAYDAY, FUEL and reporting fuel remaining in minutes.
12.8 Seatbelt signs Just prior to TOD, the PM will cycle fasten seat belt sign twice.
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S No.
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13 DESCENT 3
13.1 DESCENT CLEARANCE 3
13.2 MCDU SELECTION 3
13.3 10,000 FT AAL CHECKS 3
13.4 DESCENT SPEED SCHEDULE 3
13.5 RATE OF DESCENT 4
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13. Descent
13.1 DESCENT CLEARANCE
PM will obtain descent clearance and PF will select assigned altitude on FCU. Descent will be verified by calling out FMA changes.
13.2 MCDU SELECTION
The PF will set preferably the MCDU PROG or PERF page as required (PROG page provides VDEV in NAV mode and BRG/DIST information, PERF DES page provides predictions down to any inserted altitude in DES/OP DES modes) whereas the PM will set the MCDU F-PLN page.
In mountainous areas, the selection of TERR ON ND enhances the pilot awareness and can be used in any flight phase.
If use of radar is required, consider selecting the radar display on the PF side and TERR on PM side.
13.3 10,000 FT AAL CHECKS
PM will carry out 10,000ft checks on command of PF as defined in FCOM PRO-NOR-SOP-17-P3/4 (10,000 ft checks).
Once cleared below Transition Level both pilots will set local QNH at Transition Level. Both pilots will cross check altimeters using standard callouts. Then PF will ask for Approach checklist.
13.4 DESCENT SPEED SCHEDULE
In managed descent is not being used following speed shall be maintained
M .78/300 kts up to FL100
Thereafter 250 kts subject to ATC speed restriction
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Monitor ROD approaching assign Altitude/ Flight Level; reduce ROD to 1000 feet/min or lesser to avoid Resolution Advisory (RA).
Refer Jeppesen Aircraft Operating Procedure, Transponder Operation, and Operation of ACAS/TCAS HIGH VERTICAL RATES ENCOUNTERS (HVR).
13.5 RATE OF DESCENT
If an altitude change of 1000 feet or less is required, descent at rate not more than 500 feet/min. when descending below 5000 feet AGL, the ROD should be limited to a maximum of 2000 feet/min. Below 2000 feet AGL the rate of descent should be limited to maximum of 1000 feet/min.
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Chapter 14 Page 1
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S No. HOLDING Page no.
14 HOLDING 3
14.1 GENERAL 3
14.2 HOLDING SPEED AND CONFIGURATION 3
14.3 HOLD PAGE 3
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14. HOLDING
14.1 GENERAL
Whenever holding is anticipated, it is preferable to maintain cruise level and reduce speed to green dot, with AT clearance, to minimize the holding requirement. As a rule of thumb, an M0.05decreaseduring 1hr equates to 4 min hold. However, other operational constraints might make this option inappropriate.
ATC-Pakistan-1, jeppsen holding procedures Pakistan refer to this table given below. Table IV-1-1 (or I-6-1-1 in PANS-OPS). Holding speeds — Categories A through E
Up to 14000 ft 230kts
Above 14000 ft to 20000 ft inclusive 240 kt
Above 20000 ft to 34000 ft inclusive 265 kt
Above 34000 ft 0.83 Mach
14.2 HOLDING SPEED AND CONFIGURATION
If a hold is to be flown, provided NAV mode is engaged and the speed is managed, an automatic speed reduction will occur to achieve the Maximum Endurance speed when entering the holding Pattern. The Maximum Endurance speed is approximately equal to Green Dot and provides the best hourly fuel consumption.
If the Maximum Endurance speed is greater than the ICAO or State maximum holding speed, the crew should select flap 1 below 20,000ftand fly Sspeed. Fuel consumption will be increased when holding in anything other than clean configuration and Maximum Endurance speed.
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14.3 HOLD PAGE
The flight crew can call Hold page by pressing hold key on the LAT REV for the way point. The flight crew can insert a database hold, computed hold by FMGS or manually defined Hold.
The holding pattern is not included in the descent path computation since the FMGS does not know how many patterns will be flown. When holding fix is sequenced, the FGMS assumes that only one holding pattern will be flown and updates predictions accordingly.
To exit the holding pattern, the crew should select either
IMM EXIT
HDG (if radar vectors)
DIR TO (if radar vectors)
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S No. APPROACH Page no.
15 APPROACH 3
15.1 GENERAL 3
15.2 APPROACH PREPARATION 3
15.3 STABILIZATION HEIGHT 5
15.4 LANDING LIGHTS 5
15.5 STABILIZED APPROACH CRITERIA 5
15.6 PA FOR CABIN CREW 6
15.7 PA CALLOUTS 6
15.8 ENGINE FAILURE/FIRE 6
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15. APPROACH
15.1 GENERAL
Regardless of weather conditions prevailing or the type of arrival /instrument approach being conducted, pilots must make use of all avionics / automatic equipment available to reduce workload. This will also ensure optimum crew coordination and enhanced cockpit discipline.
15.2 APPROACH PREPARATION
Complete approach preparation before arrival in terminal area. In addition to approach briefing, the following actions must be accomplished
Set DA/DH/MDA
Check ADF/ VOR frequencies and courses on NAV RAD page.
All approaches are divided into three parts (initial, intermediate and final).
INITIAL APPROACH
Prior to any approach navigation accuracy check is to be carried out, although no navigation accuracy check is required as long as GPS PRIMARY is available.
Use the FD cross bars as flying reference for approach using vertical guidance (LOC GS, FINAL APP).
The FPV (bird) with FPD is used for approach using FPA guidance (LOC FPA, NAV FPA and TRK FPA).
Approach phase activates automatically when in NAV and sequencing the deceleration pseudo way point. When in HDG MODE e.g. for radar vectoring, the crew will activate the approach phase manually. In HDG/TRK mode activate and confirm APPROACH phase approximately 20 nm from touchdown.
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The decelerated approach technique refers to an approach where the aircraft reaches 1000ft in landing configuration at VAPP. In most cases, this equates to aircraft being in CONF1 and at S speed at the FAF. This technique is recommended for ILS and FINAL APP(vertical managed guidance)
The early stabilized approach technique refers to an approach where the aircraft reaches FAF in landing configuration at VAPP. This technique is recommended for non-precision approaches (LOC FPA, NAV FPA and TRK FPA). To get a valuable deceleration pseudo waypoint and to ensure a timely deceleration, the pilot should enter VAPP as a speed constraint at the FAF.
F- PLN sequencing is done automatically in NAV mode and in HDG / TRK mode if aircraft flies closed to the planned route. Correct flight plan sequencing is important to ensure that the planned missed approach route is available in case o