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8/3/2019 The ICATEE Programme_Sunjoo Advani
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Royal Aeronautical SocietyFlight Simulation Group
8/3/2019 The ICATEE Programme_Sunjoo Advani
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Flight Simulation Group - Royal Aeronautical Society - London, UK
Take-away
Upset events are rare, but catastrophic Upset Prevention & Recovery Training is critical to safety for
prevention, and when
aircraft is outside the envelope and agitated
situational awareness is degraded licensing training has not provided recovery skills
psychophysical bounds challenged
Integration of academics + simulator + in-flight training is key
Focus on awareness, recognition & avoidance, recovery
Instructor standardization is vital
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Flight Simulation Group - Royal Aeronautical Society - London, UK
Outline
The need The approach
Training requirements analysis and discovery
Challenges to implementation
Conclusions
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The need
Loss-of-Control fatalities have risen
despite improvements in aircraft design,
and existing training
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Statistics
LOC-I replaces CFIT as leading cause of fatalities
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E-GPWS
Statistics
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Statistics - Fatalities 1995-2004
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Airplane upset causes
0
7,5
15,0
22,5
30,0
Stall FCS SD Icing AD Other
Number of incidents, 1993-2007
FCS = Flight Control SystemSD = Spatial DisorientationAD = Atmospheric Disturbance
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Status
Pilots are well trained Aircraft have protection systems:
stick shakers
stick pushers
audible warnings envelope protection
angle-of-attack indications (in many cases)
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why?
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Flight Simulation Group - Royal Aeronautical Society - London, UK
LOC-I Incidents
Predictable: No Likelihood: Rare
Severity: Catastrophic
Training Need: Critical
Current Training Status: Untrained or inadequately trained
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Training Assumptions
1. Aircraft is within normal operational envelope and in anon-agitated flight condition
2. Situational awareness and information can be
accurately correlated by the pilot with respect to
observed flight condition3. Airplane handling skills and strategies established by
regulatory licensing can directly resolve an escalating
condition
4. Human psychophysical response is predictable andreliable.
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What is an upset?
Pitch attitude beyond 25 degrees up Pitch attitude beyond 10 degrees down
Bank angle in excess of 45 degrees
Within the above but at inappropriate airspeed
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Flight Simulation Group - Royal Aeronautical Society - London, UK
Roll (Right)Roll (Left)
Pitch (-down)
Pitch (+up)
+ 30o
+ 25o
+ 10o
- 10o
60o
45o
60o
- 30o
EnvelopeAttitude
X
Pitch attitude greater than 25 deg nose up.
Pitch attitude greater than 10 deg nose down.
Bank angle greater than 45 deg.
Or, within those parameters, but flying atairspeeds inappropriate for the conditions.
L/D MaxStallMmo
What is an upset?
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All-Attitude Daily Threat
100 % All-Attitude Training (180 AOB, +/- 90 Pitch)
Flight Simulation Group - Royal Aeronautical Society - London, UK
All-Attitude Knowledge Deficiencies
11.1 % Max Licensing Limits (60 AOB, +/-30 Pitch)
4.9 %
Upset Definition
Airplane Upset Recovery
Training Aid
Upset Definition (45 AOB, +25 & -10 Pitch)
Roll (Right)Roll (Left)
Pitch (-down)
Pitch (+up)+ 90
o
+ 50o
+ 30o
+ 25o
+ 10o
- 10
o
- 50o
- 90o
60o
90o
180o180
o135
o135
o
45
o
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Colgan Air 3407
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All-Attitude Daily Threat
100 % All-Attitude Training (180 AOB, +/- 90 Pitch)
Flight Simulation Group - Royal Aeronautical Society - London, UK
All-Attitude Knowledge Deficiencies
11.1 % Max Licensing Limits (60 AOB, +/-30 Pitch)
4.9 %
Upset Definition
Airplane Upset Recovery
Training Aid
Upset Definition (45 AOB, +25 & -10 Pitch)
Roll (Right)Roll (Left)
Pitch (-down)
Pitch (+up)+ 90
o
+ 50o
+ 30o
+ 25o
+ 10o
- 10
o
- 50o
- 90o
60o
90o
180o180
o135
o135
o
45
o
Approximate limits, Colgan 3407
AA-587 PIO
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Training Assumptions
1. Aircraft is within normal operational envelope and in anon-agitated flight condition
2. Situational awareness and information can be
accurately correlated by the pilot with respect to
observed flight condition3. Airplane handling skills and strategies established by
regulatory licensing can directly resolve an escalating
condition
4. Human psychophysical response is predictable andreliable.
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Flight Simulation Group - Royal Aeronautical Society - London, UK
Training Assumptions
1. Aircraft is within normal operational envelope and in anon-agitated flight condition
2. Situational awareness and information can be
accurately correlated by the pilot with respect to
observed flight condition3. Airplane handling skills and strategies established by
regulatory licensing can directly resolve an escalating
condition
4. Human psychophysical response is predictable andreliable.
21
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Situational Awareness and Information
Multiple sources of information during an upset event visual
aural
tactile
vestibular g-cueing
May have never been exposed in time-critical situation
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Training Assumptions
1. Aircraft is within normal operational envelope and in anon-agitated flight condition
2. Situational awareness and information can be
accurately correlated by the pilot with respect to
observed flight condition3. Airplane handling skills and strategies established by
regulatory licensing can directly resolve an escalating
condition
4. Human psychophysical response is predictable andreliable.
23
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What is happening?
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All-envelope knowledge deficiencies
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Learning objective - post-stall regime
Recovery technique: unloading Managing angle-of-attack
Recognizing signs:
buffet
reduced lateral control
reduced stability
Maneuver-oriented: Experience a full stall
Line-oriented: Recognize and apply recovery at
FIRST SIGNS
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Flight Simulation Group - Royal Aeronautical Society - London, UK
Training Assumptions
1. Aircraft is within normal operational envelope and in anon-agitated flight condition
2. Situational awareness and information can be
accurately correlated by the pilot with respect to
observed flight condition3. Airplane handling skills and strategies established by
regulatory licensing can directly resolve an escalating
condition
4. Human psychophysical response is predictable andreliable.
27
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4-Psychophysical response is predictable & reliable
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Flight Simulation Group - Royal Aeronautical Society - London, UK
Training Assumptions
1. Aircraft is within normal operational envelope and in anon-agitated flight condition
2. Situational awareness and information can be
accurately correlated by the pilot with respect to
observed flight condition3. Airplane handling skills and strategies established by
regulatory licensing can directly resolve an escalating
condition
4. Human psychophysical response is predictable andreliable.
29
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So, what happens now?
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UpsetPreventionand
RecoveryTraining
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ICATEE
International Committee for Aviation Training inExtended Envelopes
Initiated by RAeS Flight Simulation Group in June 2009
AIM: Upset Prevention and RecoveryTraining
Awareness, Recognition & Avoidance, Recovery
MISSION: To deliver a comprehensive long-term strategy
to reduce the rate of Loss of Control In-Flight accidents
and incidents through enhanced UPRT
Provide recommendations to ICAO, FAA and industry
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ICATEE Participants
45 organizations, over 80 individuals
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Category Participants
Organization RAeS-FSG, ICAO
Airframe Manufacturer Boeing, Airbus, Bombardier
Regulator/Government FAA, NTSB, IATA (ITQI), Transport Canada, EASA, Russian CAA
Training Provider CAE, FlightSafety, Boeing Flight Training, APS, CALSPAN, Embry-Riddle
Simulation Provider CAE, FlightSafety, Thales, Opinicus, ETC, BihrleIndustry Body ALPA, IFALPA, ATA, BBGA
Airline KLM, Alaska, Flybe, FedEx, Air Canada, Lufthansa, Singapore, Etihad, AerLingus, Thai International, IndiGo
Research AIAA MSTC, NASA, UTIAS, NLR, TNO, IDT, DLR, U Liverpool, SOS, Volpe
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The dream team
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Oklahoma - Dec 2010 Mesa - April 2011
London - June 2010 Seattle -August2011
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The dream team
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Findings
Simulators have replaced aircraftfor most training; efficient,
effective and safe
In UPRT, there is no single tool
for optimum training - each haslimitations and advantages
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Element 1 - Academics
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Airplane Upset Recovery TrainingAid (1988) is the industry reference
ICATEE UPRT Manual Sections
Pilot Academic Knowledge & Skill
Preparation
Instructor Guidance in UPRT
Authorized Training Providers
Regulatory Guidance
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Element 2 - Airplane
Exposure to
Psychological component
Physiological component
Accurate recovery environment
Require
qualified aircraft
qualified instructors
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Element 2 - Airplane
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Element 3 - Simulator
1. Better use of existing devices
UP scenarios
requires instruction standardization
2. IOS modifications
envelope feedback
inappropriate controls feedback
requires instruction standardization
3. Sim modifications
UPRT scenarios
pilot cueing
requires instructor standardization
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Scenarios
Need to provoke learning through UPRT: prevention at the edge of the envelope
recovery back into the envelope
Instructor standardization is key
Realism of scenarios is not due to the scenario alone...
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Scenarios
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Stall modelling
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Stick pusher (if available)
Stall warning
StallCL
Normal Flight Approach to StallFully-Developed
Stall
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Cardinal simulator rule
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Pilot stimulation
Review effectiveness of buffet simulation Support new ICAO Objective Motion Cueing Test:
motion cueing algorithm
motion platform hardware
digital implementation The following slides show the significant variability in
motion cueing systems:
three qualified systems, tuned by subjective methods
Conclusion: An objective measurement is required This is available in the latest ICAO 9625 document
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Motion System 1
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Motion System 2
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Motion System 3
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C
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Combined result - 3 motion systems
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Provides instructorsand pilots withfeedback tools:
validationenvelope
flight control input aircraft limitations
Simulator Upset Recognition and Recovery Evaluation
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UPRT Si l ti R i t
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UPRT Simulation Requirements
ICATEE UPRT Appendix to ICAO 9625 Rev 4 Recommendations focus on high-end devices
Data (representative stall modelling)
Pilot Stimulation
Upset Initiation Envelope-Protected a/c
Scenario Implementation
IOS Requirements
Highly stand-alone; easy to integrate into otherguidance material (FAA)
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ICATEE T i i R d ti
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ICATEE Training Recommendations (proposed)
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Academics + On-Aircraft
general skills & knowledge
Academics + Sims(MOFT + LOFT)
type-specific skills & knowledge
Scenario-Based +Refresher Training
applied skills & knowledge
CPL
Type-Rating
1 - General
2 - Type-Specific
3 - Recurrent
D li bl
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Deliverables
Recommendations to FAA: Stall/Stick-Pusher WG
Stick Pusher Adverse Weather ARC
ICAO
Manual of Upset Prevention & Recovery Training References in ICAO Annexes and PANS-TRG
Training manuals for pilot, instructor, regulator, operator
Simulator technical standards appendix (9625 or other)
RAeS Report ICATEE UPRT Research and Technology Report
IATA FSTD Data Document revisions
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D li bl & Mil t
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Deliverables & Milestones
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PANS-TRG
ANNEX 1Executive-LevelRecommendation1 Jan 2012
PANS-TRGReference fromPANS-TRG, draftOctober 2011
UPRT AppendixMarch 2012
UPRT ManualMid 2011
Manual of Criteria for
the Qualification of
Flight Simulation
Training Devices
R h & T h l i t
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Considerations for UPRT Maximum use of existing infrastructure
Internal evaluation activities
Future research programs
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Research & Technology requirements
ICATEE Research &Technology Report
T k
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Flight Simulation Group - Royal Aeronautical Society - London, UK
Take-away
Upset events are rare, but catastrophic
Upset Prevention & Recovery Training is critical to safety for
prevention, and when
aircraft is outside the envelope and agitated
situational awareness is degraded licensing training has not provided recovery skills
psychophysical bounds challenged
Integration of academics + simulator + in-flight training is key
Focus on awareness, recognition & avoidance, recovery Instructor standardization is vital
56
M l H dli Skill D d ti
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AIRBUSS.A.S.
Allrightsreserved.
Confidentialandproprietaryd
ocument.
Manual Handling Skills Degradation
Motion Cueing - A Pilots Best Friend
Manual Handling
Systems Knowledge
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career path
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... the future
RAeS Conference
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RAeS Conference
59
Autumn Flight Simulation Conference
THE CONTRIBUTION OF
FLIGHT SIMULATION TO
AVIATION SAFETY
LONDON NOVEMBER
Sponsored by:
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