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RVSM Aircraft Certification

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Title: RVSM Aircraft Certification


1
RVSM Aircraft Certification
  • April 15, 2004
  • Happy Tax Day!

2
Aircraft Certification Actions
  • Manufacturers and Approved Design Organizations
    use part 91 Appendix G and supporting 91-RVSM
    guidance to
  • Gain Aircraft Certification Office approval of
    RVSM Data Package containing data and analysis
    justifying RVSM Airworthiness Approval for group
    and non-group aircraft
  • Gain ACO approval, for in-service aircraft, of
    SB, SL or STC to be applied by operators to bring
    aircraft into RVSM compliance (i.e., required
    inspections and/or modifications)
  • Gain ACO approval, for new-build aircraft, of
    statements of eligibility in Airplane Flight
    Manual and/or Type Certificate Data Sheet (TCDS)

3
Summary of Aircraft Approval Requirements
  • Aircraft may be approved to RVSM requirements as
  • Group aircraft or Non-group aircraft
  • Aircraft must meet minimum aircraft equipage
    requirements of Appendix G and
  • Required aircraft systems must meet Appendix G,
    Section 2 performance tolerances
  • Continued airworthiness instructions must be
    provided, if found to be necessary

4
Multiple Documents
  • In some cases multiple documents are required
  • B-757 Example
  • SB 757-53-0074 (Fuselage- Section 43 Skin)
  • SB 757-34-0132 (Navigation Air Data System
    ADC Replacement and Wire Changes
  • 757-SL-02-016-C (Qualification of 757-200 and
    757-22PF Airplanes for RVSM
  • Applicable Revisions Notice of Status Changes
  • Operators are responsible for obtaining required
    documents from aircraft manufacturer or approved
    design organization and applying them
    appropriately

5
Related Inspector Actions
  • Flight Standards Inspectors will
  • Make a determination of aircraft RVSM
    compliance and
  • Ensure that Instructions for Continued
    Airworthiness (ICA) are incorporated into
    operator continued airworthiness programs by
    reference to applicable ACO approved documents
    (e.g., SB, SL, STC, AFM, TCDS )

6
MONITORING PROCEDURES AND REQUIREMENTS
7
Monitoring Objectives
  • Ground-based and GPS-based systems estimate Total
    Vertical Error, Altimetry System Error and
    Assigned Altitude Deviation
  • In accordance with the Regional Monitoring
    Requirements Charts, each aircraft group used by
    the operator is sampled
  • Monitoring results are used to identify and
    correct any adverse trends in aircraft
    altitude-keeping performance
  • Monitoring also a major element of safety
    analysis and collision risk modeling

8
Regulation and Guidance
  • Part 91 Appendix G, Section 3 Validation and
    Demonstration. In a manner prescribed by the
    Administrator, operator must provide evidence
    that it is capable to operate
  • 91-RVSM, para 11d(8) in its application for
    RVSM authority, operator must provide a plan for
    participation in the monitoring program

9
RVSM Documentation Webpage
  • Monitoring Requirements/Procedures Section
  • Instructions for Using Minimum Monitoring Charts
    and Procedures from Different Regions
  • Regional requirements vary. Use requirements
    chart in region where operator initially intends
    to operate
  • Monitoring Procedures for US Operators
  • North American RVSM Minimum Monitoring
    Requirements and requirements for other regions
  • ICAO group working to harmonize regional
    requirements

10
Monitoring Systems
  • RVSM Monitoring Procedures for U.S. Operators
  • Contact is US Operator/Aircraft RVSM Monitoring
    Coordinator
  • GPS-based Monitoring System (GMS). Operator can
    arrange to fly portable GPS-based Monitoring
    Units (GMU)
  • Height Monitoring Unit (HMU) ground-based units
    in UK, Canada and Europe
  • Aircraft Geometric Height Measurement Element
    (AGHME)
  • Starting in Sept 2003, FAA plans to deploy 3-5
    ground-based AGHME clusters in the U.S.

11
Vertical Error Calculation Process
GMU, HMU
Determine Aircraft Geometric Height
TVE (Total Vertical Error)
AGHME
Meteorological Data
ASE (Altimetry System Error)
Determine Flight Level (FL) Height
Cleared FL (FIF)
AAD (Assigned Altitude Deviation)
Mode C Data
Compare Cleared FL to Actual Altitude
Cleared FL (FIF)
12
Typical GMU Installation
13
(No Transcript)
14
Instructions on Monitoring Requirements Chart
  • Participation in an approved monitoring program
    is required, however, monitoring not required
    prior to OpSpecs or LOA being issued
  • Aircraft must be RVSM compliant prior to
    monitoring flight
  • Monitoring results obtained in one region are
    valid in other regions
  • Trailing Cone data obtained during STC flights
    counts if aircraft in its RVSM configuration
  • Follow-on monitoring for Domestic RVSM will be
    coordinated after DRVSM implementation

15
Conclusion
  • RVSM Monitoring is a sampling program
  • Provides a quality control check for aircraft
    type or group performance
  • Provides valuable data for safety analysis

16
Determination of Aircraft Compliance and
Continued Airworthiness Programs

17
Regulation, Direction and Guidance
  • 91.706, 91.180 (when published) and part 91
    Appendix G, Section 3 provide regulatory basis
    for
  • Inspector determination of aircraft RVSM
    compliance
  • Approved maintenance program requirements
  • 8300.10, Vol 2, Chapter 5 provides instructions
    for determination of compliance and specific Mx
    Program elements and policy
  • 91-RVSM paragraph 10 provides supporting guidance

18
Inspector Guidance
  • FAA Airworthiness Inspector Bulletin FSAW 97-14
    has inspector guidance
  • FAA Order 8300.10, Airworthiness Inspectors
    Handbook
  • Vol. 2, Chapter 5 replaces 97-14

19
RVSM Documentation Webpage
  • Aircraft compliance and Mx documents posted on
    RVSM Documentation Webpage include
  • Inspector Guidance
  • Example Maintenance Manuals
  • GA/Business Aviation Aircraft Documents
  • Large Transport Aircraft Documents
  • FAQs
  • RVSM Homepage www.faa.gov/ats/ato/rvsm1.htm

20
8300.10 Determination of Aircraft Compliance
  • PAI or PMI makes the determination of aircraft
    RVSM compliance
  • For In-service Aircraft ensures that Service
    Bulletin, Service Letter, or STC required
    inspections and/or modifications have been
    performed and documented
  • For In-production/New-production aircraft to
    ensure that
  • aircraft is RVSM compliant, looks for statement
    in Airplane Flight Manual or Type Certificate
    Data Sheet

21
8300.10 Determination of Aircraft Compliance
  • Inspector lists airframes determined to be RVSM
    compliant in OpSpecs paragraph D092 or on LOA, as
    appropriate
  • Inspector makes PTRS entry in accordance with
    inspector guidance
  • PTRS codes see Inspector Guidance on RVSM
    Documentation webpage
  • FAA Technical Center uses PTRS data to register
    airframes on US Operator/Aircraft RVSM Approvals
    Database

22
Appendix G Regulatory Basis
  • Approved RVSM Maintenance program must contain
  • Periodic inspections, functional flight tests,
    maintenance and inspection procedures, acceptable
    maintenance practices
  • Quality assurance program for test equipment
  • Procedures for returning noncompliant aircraft to
    service

23
8300.10 Mx Program Elements
  • The name or title of person responsible for RVSM
    maintenance control
  • Method to ensure personnel performing maintenance
    are properly trained, qualified, and
    knowledgeable of specific system
  • Ref 91-RVSM, Par. 10f (Mx Training Requirements)
  • Aircraft geometric inspection technique
  • Test equipment calibration/usage
  • Any special documentation or procedures
  • Method operator will use to notify crew if
    aircraft is restricted from RVSM operation

24
8300.10 Mx Program Elements
  • Method to ensure conformance to RVSM maintenance
    standards
  • Use of calibrated and appropriate test equipment
  • Quality assurance program for continued accuracy
    and reliability of test equipment
  • Ref 91-RVSM 10g (Test Equipment)
  • Standards- accuracy, calibration, use
  • These requirements may be satisfied through the
    use of FAA Certified Repair Stations with
    appropriate programs but remain the
    responsibility of the operator

25
8300.10 Mx Program Elements
  • Method operator will use to return an aircraft to
    service after maintenance
  • Ref 91-RVSM 10e (Mx Practices for Non-compliant
    Aircraft)
  • Periodic inspections, functional flight tests,
    and maintenance and inspection procedures
  • Next two slides show paragraph references in
    91-RVSM
  • Elements of program may be listed in detail or
    described by reference to an acceptable program
    that is identified and controlled by revision or
    issue number.

26
91-RVSM Mx and Inspection References
  • 10b (Mx Program Approval Requirements)
  • Include any maintenance requirements defined in
    approved RVSM Data Package
  • 10c (Mx Document Requirements). Review
  • Maintenance Manuals
  • Structural Repair Manuals
  • Standard Practices Manuals
  • Illustrated Parts Catalogs
  • Mx Schedule and MEL

27
91-RVSM Mx and Inspection References
  • 10d (Maintenance Practices)
  • Equipment maintained IAW manufacturer
    instructions
  • Modification or repair subject to design review
  • Maintenance practices in critical area review
  • BITE not acceptable for calibration or RTS
  • Quick disconnects
  • Airframe and static system IAW manufacturer
    instructions
  • Skin waviness
  • Existing maintenance requirements

28
8300.10 Mx Program Elements
  • Functional Flight Tests
  • The need for functional flight tests may be
    limited to only after repairs or modifications
    that are deemed to warrant such testing

29
8300.10 Mx Program Elements
  • The maintenance requirements listed in
    Instructions for Continued Airworthiness (ICAs)
    for any RVSM component or modifications
  • Any other maintenance requirement required to
    ensure continued compliance with RVSM
    requirements

30
8300.10 Mx Program Policy
  • Operators using the services of FAA part 145
    certified repair stations must include provisions
    to ensure their program requirements are met
  • Operators that are not required to have approved
    maintenance programs need only develop and obtain
    approval of a RVSM maintenance program
  • That program must be incorporated into the
    operators AAIP

31
8300.10 Manual Requirements
  • For operators under continued airworthiness
    program, separate RVSM manual or RVSM provisions
    incorporated into General Maintenance Manual are
    acceptable/preferred
  • Inspection programs (AAIP or manufacturers
    recommended) do not qualify
  • For Part 91, 135 (9 or less) and 125 operators,
    separate approved RVSM Maintenance Manual is
    acceptable method of documenting program

32
8300.10 Program Approval
  • Method of Approval
  • Program elements inserted into an accepted
    program will have approval indicated for each
    element or group of elements
  • Stand-alone manuals will have cover page
    statement and succeeding pages stamped or
    initialed
  • Other approval controls may be used
  • Ref 91-RVSM Para10a (General)
  • Approved maintenance program
  • Maintenance facilities

33
Conclusion
  • Continuous airworthiness programs are critical
    to acceptable aircraft altitude-keeping
    performance and to the overall safety of RVSM
    operations

34
Conclusion
  • Show Example of Maintenance Program
  • Word Document

35
Conclusion
  • Domestic RVSM is a priority program in the
    National Airspace System Operational Evolution
    Plan (NAS OEP)
  • Provides significant fuel savings and ATC
    benefits
  • January 20, 2005 is the target date for
    implementation
  • The RVSM Documentation page is intended to be a
    user friendly source of aircraft and operator
    approval information

36
Conclusion
  • June 1, 2003
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