FAA FLIGHT TEST RISK MANAGEMENT - PowerPoint PPT Presentation

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FAA FLIGHT TEST RISK MANAGEMENT

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FAA FLIGHT TEST RISK MANAGEMENT Presented to: Flight Test Safety Workshop Melbourne, Florida By: Rod Huete, FAA Test Pilot – PowerPoint PPT presentation

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Title: FAA FLIGHT TEST RISK MANAGEMENT


1
FAA FLIGHT TEST RISK MANAGEMENT
Presented to Flight Test Safety Workshop
Melbourne, Florida
By Rod Huete, FAA Test Pilot
John Hed, FAA Flight Test Engineer Date May,
2008
2
Outline
  • FAA Flight Test Organization/ Mission
  • Safety Challenges as Regulatory Agency
  • Specific to type of certification activity
  • Generic
  • Accidents/Incidents
  • Flight Test safety / Risk Management Program
  • Flight Test Safety Database Demo
  • Conclusions

3
Organization
Department of Transportation
FAA
Air Traffic
Airports
Aviation Safety
Aircraft Certification Service
Rotorcraft Directorate
Small A/C Directorate
Transport A/C Directorate
Engine/PropellerDirectorate
Regional ACO
Regional ACO
Regional ACO
4
Aircraft Certification Service
  • The Aircraft Certification Service is the FAA
    organization responsible for
  • Certification approval of
  • New and modified aircraft produced by U.S.
    Manufacturers (Type Certificates (TC))
  • U.S. modifications to aircraft (Supplemental Type
    Certificates (STC))
  • Validation of foreign certified aircraft operated
    by U.S. operators
  • Continuing airworthiness of
  • Aircraft with U.S. TCs
  • Aircraft operated by U.S. operators

5
Aircraft Certification Office (ACO)Responsibiliti
es
  • Flight test evaluation of
  • Performance Handling qualities
  • Systems performance (e.g. AFCS)
  • Aircraft Flight Manual (AFM) procedures
  • Flight crew human factors
  • Approval of Aircraft Flight Manual (AFM)
  • Assist in development of new flight test
    requirements, advisory material and guidance

6
TC Projects
  • Normally working with well established design and
    testing organizations (at least for the major
    manufacturers)
  • Experienced engineering staff in all disciplines
  • Excellent knowledge of products
  • Sound understanding of flight test requirements
    and advisory material
  • Experienced flight test personnel
  • Comprehensive procedures for flight testing

7
OEMs Flight Testing
  • Establishes the limit flight envelope through
    progressive, incremental development
  • Specifically assigned project pilots (pilot and
    copilot) thoroughly familiar with test aircraft,
    special limitations and procedures, and status of
    aircraft systems
  • Handling pilot can generally concentrate on the
    test
  • Copilot can generally concentrate on monitoring
    aircraft flight and system status (in addition to
    ATC, navigation and other aspects)
  • Varied level of responsibility accorded to Flight
    Test Engineers/Observers
  • Manufacturers testing encompasses most required
    certification tests

8
New Aircraft Approvals Safety Concern
  • Generally end point with little or no work-up
  • Simulators have not always been available to
    support certification programs
  • Limited use of telemetry
  • FAA pilot not as familiar with aircraft as the
    OEM pilot
  • High workload on
  • FAA pilot and,
  • Manufacturers pilot who has to monitor aircraft
    status, ATC and navigation, as well as test
    progress
  • Potential for mishandling at limiting conditions

9
STC Projects
  • Many display, cockpit or avionics upgrades
  • Conversions to glass cockpits
  • Enhanced vision
  • Synthetic vision
  • Electronic flight bag
  • Passenger to Cargo conversions
  • Passenger/Cargo to firefighting
  • Winglets and other drag reduction
  • Engine upgrades
  • .

10
STC Approvals Safety Concern
  • Little or no development flight testing
  • Applicants tests often not done by experienced
    flight test personnel
  • Generally the applicants pilot will not be a
    Test Pilot
  • Will usually have a good operational
    understanding of the aircraft but,
  • May not understand the need for the test
  • May not understand the test
  • Can be resentful
  • Higher probability of unexpected results during
    FAA certification tests

11
Validation Projects
  • For all major Transport Category aircraft to be
    operated by U.S. operators, FAA conducts a
    limited flight test assessment to
  • Determine compliance with retained/unique FAA
    technical and/or design related operating
    requirements
  • Become familiar with the performance, handling
    and operating characteristics
  • Obtain sufficient knowledge of aircraft to
    support
  • Continuing airworthiness responsibilities
  • U.S. modification activity

12
Validation Approvals - Safety Concerns
  • Low FAA crew proficiency in aircraft type.
  • OEM may have very different safety procedures.
  • Limited interaction with OEM so crews not
    familiar with each other.
  • Often language barriers
  • Procedure differences

13
Generic Safety Challenges
  • Unforeseen event (e.g. independent failure)
  • Pilot blunder (e.g. inappropriate control input)
  • Pilot misjudgment (e.g. landing rate of descent)
  • Loss of situational awareness (e.g. due to
    fixation with test)
  • Flight Test Engineer or crew blunder (e.g.
    incorrect airspeeds, incorrect config.)
  • Aircraft deficiency (e.g. incomplete or
    misunderstood development tests)
  • Continuing tests in adverse atmospheric
    conditions and/or inappropriate hours (e.g. due
    to schedule pressure)

14
How We Dealt With These Challenges In The Past
  • Safety process non existent as a formal process
  • No Flight / Test Safety Officers identified
  • Test safety dependent on individual test pilot /
    FTE
  • experience or company processes
  • Risk assessment / management frequently done real
    time
  • No collection / distribution of lessons learned

15
How We Now Deal With These Challenges
  • Created a formal safety process (FAA Order
    4040.26)
  • Flight test safety officers assigned at ACOs
  • Formal safety training required
  • CRM, Survival, Physiological
  • Sharing of safety practices and lessons learned
  • Safety meetings
  • Event reporting
  • Flight test safety database

16
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17
Typical FAA Accidents and Incidents
18
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19
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20
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21
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22
FAA CERTIFICATION INCIDENT SUMMARY
23
FAA Common Threat Areas
  • Infant Mortality
  • Runway Environment / Obstructions
  • Lack of Confirmation of Applicants Test
    performance
  • Pre-test Airworthiness Inspection
  • (Conformity)

24
Current FAA Flight Test safety / Risk Management
Program
  • Organizational structure based on system safety
    model
  • FAA order 4040.26, Flight Safety Program
  • Flight Test Risk Management Process
  • Incident Reporting
  • Local Quarterly safety meeting
  • Flight Test Briefing Guide
  • Accident Response Plan

25
Current FAA Flight Test safety / Risk Management
Program Cont
  • Regulatory requirement for Risk Assessment
  • Initial and recurrent safety training
  • Flight Test Safety course
  • Crew Resource Management (CRM)
  • Flight Test Safety Database

26
Organizational Structure
Flight Program Executive
Flight Program Oversight Committee (FPOC)
Operations Manual
Flight Program Flight Safety Officer (FPFSO)
Flight Program Manager (FPM)


Local Operations Manual
ACO Flight Test Manager / Flight Program
Coordinator (FPC)
Facility FPC (Optional)
Facility FSO
27
FAA Flight Test Risk Management Process
  • Risk Assessment required for all tests
  • Normally done by development of THAs
  • Done by ACO, or Part of acceptable company
    process
  • TIA signature authority raised to appropriate
    level

28
Incident Reporting/ Database
29
Flight Test Safety DatabaseUpdateAn Online
Resource for Flight Test Safety Planning
30
Database Background
  • Great deal of corporate knowledge out there but
    not documented and thus dies with the owner.
  • Flight Testers are spread out all over the
    country. Everyone did safety differently.
  • Order 4040.26A required implementation of a risk
    management process that
  • Identifies hazards and probabilities
  • Identifies/implements mitigating actions
  • Estimate and accept risk

31
Database Background
  • Joined up with NASA to develop an online database
    of flight test safety info.
  • NTPS contracted to gather FAA data.
  • Retrieve data from authorities and manufacturers
  • Consolidate it into master records for each
    test hazard
  • Other groups formed to gather military,
    development and other data.
  • Icing, High AOA, Propulsion

32
Database Status Update
  • Substantially complete with FAA Part 23 25 data
    input. Working on Parts 27/29 (Rotary)
  • Continuing to gather military and developmental
    data
  • Continuous small interface improvements
  • NEW Input module now online so you can input
    your own data or suggest edits of existing data.
  • Continuing to improve this with offline method
    also

33
http//pbma.nasa.gov/ftsdb/Home.aspxOn-line Demo
Flight Test Safety Database
34
Flight Test Safety Database Summary
  • The matured THA database IS a wide array of test
    safety ideas and suggestions
  • But it is NOT an FAA-mandated solution
  • And it is NOT an auto-safety planning device
  • The matured hazards, causes and mitigations are
    necessarily generic
  • Your test will have unique problems and will
    require unique solutions
  • The THA database can be an excellent starting
    point

35
Conclusion
  • As a regulatory Certificating Agency we face many
    flight test challenges
  • Past experience has demonstrated that we are
    vulnerable to safety risks/hazards
  • We have learned from our mistakes
  • We are meeting the challenge by applying proven
    safety practices

36
FTSDB Home Page
37
FTSDB Login
38
FTSDB Main Page
39
FTSDB Home Page
Vmca
40
FTSDB Results Page
41
FTSDB Combined THA
42
FTSDB Results Page
43
FTSDB Single THA
44
FTSDB Update Page
45
FTSDB New THA
46
FTSDB Single THA
47
FTSDB THA Input Wizard
Summary
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