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Defence Aviation Safety Regulation
DASR 21
Introduction to Initial Airworthiness
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Course administration
Welcome:
• Emergency Brief – Fire Exits / First Aid
• Amenities – Toilet / Coffee / Food etc
• Mobile Phones
• Course:
– Style (guided discussion)
– Questions
– Feedback (formal/informal)
– Sign in (PMKeys reported)
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Introduction to Initial Airworthiness
Background & Introduction to DASR 21
Subpart B – MTC & MRTC
Subpart D & E – changes to MTC & MSTC
Subpart M – Repairs
Subpart H – MCoA & MRCoA
Subpart P – MPTF
Subpart K – Parts & Appliances
Subpart O – AUSMTSO
Subpart J – MDOA
Safety Management System (SMS)
Subpart F & G – Production
2
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Learning Outcomes
To provide working level understanding of DASR 21 regulation and its application.
Introduction to Initial Airworthiness
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Introduction to Initial Airworthiness
Background
Background & Introduction to DASR 21
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Nimrod Accident (Haddon-Cave)
Findings:– Clear line of accountability and responsibility
– Issues with outsourcing
– Assignment of risk
– Status of continued/ing airworthiness
Background & Introduction to DASR 21
3
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Outline• Defence Aviation Safety Regulation (DASR)
– Structure
– Definitions
– Organisational responsibilities
• Definition of Airworthiness and scope of Initial Airworthiness
– Certification of products, changes to products and repairs
– Continued airworthiness
– Production
– Airworthiness of individual aircraft
– Organisation approvals
Background & Introduction to DASR 21
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Explosives
Aviation
Radiation
Falling objects
Confined spaces
Noise
Lifting
Demolition
Diving
Electrical
Chemicals
Lead
Asbestos
Fire
Contaminated air
Heights
Maintenance of plant
Excavating
Poor training
Poor labels
Poor health monitoring
Poor reporting
Risk decisions regarding capab
ility / safety
Command exploits air power in satisfaction of Australia’s Strategic Defence Initiatives (SDIs) while satisfying statutory safety obligations
Background & Introduction to DASR 21
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Explosives
Aviation
Radiation
Falling objects
Confined spaces
Noise
Lifting
Demolition
Diving
Electrical
Chemicals
Lead
Asbestos
Fire
Contaminated air
Heights
Maintenance of plant
Excavating
Poor training
Poor labels
Poor health monitoring
Poor reporting Defence Aviation Safety Framework
• Defence AA
• DASA
• DASP- Policy/Regulation- Promotion/Education- Initial Safety Case- Ongoing Assurance
• DASRRisk decisions regarding capab
ility / safety
Risk advice
regarding defensibility and credibility
DASF amplifies statutory safety obligations in line with international conventions for aviation safety.
Command exploits air power in satisfaction of Australia’s Strategic Defence Initiatives (SDIs) while satisfying statutory safety obligations
Background & Introduction to DASR 21
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DASF assures that safety of military aviation is both credible and defensible
Command must ensure that hazards are eliminated SFARP or if not, that risks are minimized SFARP
Obligation from S10/11 of Defence Act to amplify statutory safety obligations IAW
international conventions in safety aviation
Risk decisions regarding capab
ility / safety
Risk advice
regarding defensibility and credibility
WHS s14, s16 and s46
WHS s14
WHS s20‐s26
Upstream Duty Holders
CEO
COO
AM
RM
HASD
DGAir
OCSPO
CENGR
ACAUST
FEGCDR/DLC
OC Wing
CO SQN
DASA
DASP
DASR
DoSA
DefenceAACAF
WHS s22‐s26 WHS s20‐s21
Background & Introduction to DASR 21
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Defence Aviation Safety Framework
Defence Aviation Authority(Chief of Air Force)
Defence Aviation Safety Authority
ACPA DFSB
Command / Executive Authority Responsible for Aviation Safety
OperationalOrganisations
Continuing AirworthinessOrganisations
Continued AirworthinessOrganisations
Assure aviation safety.
Ensure aviation safety.
Assure aviation safety.
Ensure aviation safety.
Saf
ety
Inve
stig
atio
n
Program Level
System Level
Com
plia
nce
and
Rev
iew
DIA, DCA, DAVENG, DPEPS, DBSI
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Defence Aviation Safety Policy
CAF Charter LetterAppoints Defence AA and articulates accountabilities
Basic RegulationImplementing Regulation
AMC & GM Glossary
Joint Directive 24/2016Mandates compliance with aviation safety policy manuals
Defence Aviation Safety Assurance ManualEstablishes aviation safety framework and gives effect to subordinate manuals
Defence Aviation Safety Regulations
MDOA & MPOA Instructions & Publications
DOE & POE
TCAE QM & SMS Flight Manual / ICACPP
Background & Introduction to DASR 21
5
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Airworthiness Operations
DASR Framework
Background & Introduction to DASR 21
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Initial vs Continuing Airworthiness• Initial airworthiness:
– Type design– Certification of products– Continued airworthiness– Certification of design changes and repairs– Production – Certificates of Airworthiness– Military Permits to Fly
• Continuing airworthiness:– Control and conduct of maintenance– Processes ensuring that the aircraft:
• complies with airworthiness requirements• is in condition for safe operation• Supported within a ‘Controlled Environment’
Background & Introduction to DASR 21
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Basis of safe flight
15
Military Type Certificate(MTC)
Certificate of Airworthiness
(CoA)
The design is safe
The aircraft matches the approved design
The aircraft is in a condition
for safe operation
Continued Airworthiness(MTC Holder)
Military Airworthiness Review Certificate
(CAMO)
Background & Introduction to DASR 21
Current Certificate of Release to Service (CRS)
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Introduction to Initial Airworthiness
Introduction to DASR 21
Background & Introduction to DASR 21
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ICAO Annex 8 – Airworthiness of Aircraft• Certification, Production, Certificates of Airworthiness, Standards
– Flight - performance, flying qualities, stability and control
– Structure - mass and mass distribution, limit loads, strength and deformation, etc
– Design and construction - aeroelasticity, occupants accommodation features, etc
– Powerplant - engines, propellers, powerplant installation
– Systems and equipment - safety and survival equipment, lights, ice protection, etc
– Operating limitations and information - flight manual, continuing airworthiness, etc
– Crashworthiness and cabin safety - cabin fire protection, evacuation, etc
– Operating environment and human factors - flight crew, ergonomics, etc
– Security Least-risk - bomb location, protection of the flight crew compartment, etc
Background & Introduction to DASR 21
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Scope of DASR 21
• DASR 21 – Certification of Military Aircraft and Related Products, Parts and Appliances, and Design and Production Organisations
– Certification vs qualification
– Relevant products,parts and appliances
– Relevant organisations
Background & Introduction to DASR 21
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Overview: DASR 21 SubpartsA General Provisions J Military Design Organisation Approval
BMilitary Type-Certificates & Military Restricted Type-Certificates
K Parts & Appliances
C N/A L N/A
DChanges to Military Type-Certificates & Military Restricted Type-Certificates
M Repairs
E Military Supplemental Type-Certificates N N/A
FProduction without Military Production Organisation Approval
OAustralian Military Technical Standard Order Authorisations
GMilitary Production Organisation Approval
P Military Permit to Fly
HMilitary Certificates of Airworthiness & Military Restricted Certificates of Airworthiness
QIdentification of Products, Parts & Appliances
INoise Certificates (to be added later if required)
Background & Introduction to DASR 21
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DASR 21 OutputsDesign approvals
Military Type CertificateMajor Change Approval (change to MTC or MSTC)Minor Change ApprovalAUSMTSO Authorisation
Repair design approvalsMajor Repair Design ApprovalMinor Repair Design Approval
Aircraft operating instrumentsCertificate of AirworthinessMilitary Permit to Fly
Background & Introduction to DASR 21
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Declaration of safety (DO)
Holder obligations
continued airworthiness
Initial Airworthiness Output Process
Application requirements
(BE–DO–SHOW)
DASA assurance
Approve / issue to a holder
ENSURE (applicant/holder)
ASSURE (DASA)
Background & Introduction to DASR 21
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Questions/Discussion?Break
Background & Introduction to DASR 21
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Introduction to Initial Airworthiness
Subpart B
Military Type Certificates and Military Restricted Type
Certificates
Subpart B MTC & MRTC
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Outline
– Military Type Certificate (MTC)
– Type Certification Basis (TCB)
– Certification Program (CP)
– Issue of MTCs & MRTCs
– Holder obligations
– ADF context
Subpart B MTC & MRTC
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Military Type Certificate
• Recognition that the Type Design of a product complies with the appropriate airworthiness standards (TCB)
• Fully accounts for intended role and usage
• Can include equivalent level of safety findings
• No feature or characteristic that makes the product unsafe for its intended use
• Accompanied by a Type Certificate Data Sheet (TCDS)
Subpart B MTC & MRTC
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Type Certification Basis
• An agreed set of airworthiness requirements a product must be compliant with in order to obtain a Type Certificate
• Consists of:
– Primary certification code
• Equivalent safety findings
– Special conditions
– Elect to comply
– Exceptions
• TCBs are first proposed by the applicant in the Certification Program
Subpart B MTC & MRTC
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Subpart B MTC & MRTC
Type Certification Basis
FAR 25 Amdt 87
25.1
↓
25.1801
Special Conditions
SC 1
SC 2
Elect to Comply
25.605 Amdt 88
Exceptions
25.815
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Certification Programme
• An agreement between the applicant and DASA on how to achieve Type Certification
• An approved CP gives confidence to both parties that the product will be Type Certified
• Documents:
– The TCB (including tailoring)
– Means of compliance
– Evidence to be submitted toDASA for inspection
Subpart B MTC & MRTC
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Subpart B MTC & MRTC
Type Certification Basis Means of Compliance
FAR 25 Amdt 87
25.1 Ground/flight test
↓ Simulation
25.1801 Safety assessment
Special Conditions
SC 1 Engineering analysis
SC 2 Inspection/demonstration
Elect to Comply
25.605 Amdt 88 Document review
Exceptions
25.815 MCRI
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Compliance with the TCB
• Applicant is responsible for showing compliance with the TCB has been achieved
• Relief (partial or full) may be grantedby DASA
• Applicant must provide DASA accessto all data demonstrating compliance
• Applicant must declare compliance
Subpart B MTC & MRTC
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Subpart B MTC & MRTC
Type Certification Basis Means of Compliance Compliance documents
FAR 25 Amdt 87
25.1 Ground/flight test Test Plan / Test Report ABC
↓ Simulation Simulation Report XYZ
25.1801 Safety assessment Safety Case 123
Special Conditions
SC 1 Engineering analysis Engineering Report DEF
SC 2 Inspection/demonstration Drawing No. 789
Elect to Comply
25.1529, 1581 Amdt 88 Document review ICA / AFM version 1.0
Exceptions
25.815 MCRI MCRI 001
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Issue of an MTC
• DASA must have sufficient confidence that:
– The applicant has demonstrated itsorganisational capability to applyfor an MTC
– The CP has been followed
– The Type Design complies with the TCB
– Arrangements are in place forcontinued airworthiness
Subpart B MTC & MRTC
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Military Type Certificate Holder
• Single accountability for continued airworthiness of the product
• Obligations are at DASR 21.A.44
Subpart B MTC & MRTC
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MTC Holder• Monitor in-service usage of the product to identify, investigate, analyse
and correct safety deficiencies in the design
• Report potential unsafe conditions to DASA, including corrective action to be taken
• Establish arrangement with the aircraft manufacturer to support continued airworthiness
• Keep all certification records
• Produce, maintain and distribute all manuals required by the TCB
• Produce, maintain and distribute ICA to the aircraft operators
Subpart B MTC & MRTC
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MTC Holder
• Continue to demonstrate organisational capability to be an MTC holder
• Specify product, part and appliance marking requirements
• Integrate weapons and other systems
• Conduct aircraft and propulsion system integrity assessments
Subpart B MTC & MRTC
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Continued Airworthiness Example
Subpart B MTC & MRTC
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MTC Holder – Defence context
Subpart B MTC & MRTC
• DASA issues MTCs for all Defence manned products
• MTC holder: Australian government organisation– Responsible for execution of holder obligations– CASG SPO
• Type Continued Airworthiness Exposition (TCAE)• Organisational structure• Assigned responsibilities• Procedures• Resources
– Holder may outsource holder obligations
• AC 006/2017 - MTC Holder Arrangements
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Introduction to Initial Airworthiness
Subparts D and E
Changes to Military Type Certificates and Military
Supplemental Type Certificates
Subpart D & E – changes to MTC & MSTC
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Changes to Military Type Certificates
• Subpart D – Changes to MTCs and MRTCs
• Subpart E – Military Supplemental Type Certificates (MSTCs)
• Same certification principles as apply to MTCs
Subpart D & E – changes to MTC & MSTC
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Changes to Military Type Certificates
Subpart D & E – changes to MTC & MSTC
What constitutes to a change to a Military Type Certificate?
• Alteration of the Type Design Data (21.A.31)– Drawings and specifications necessary to define the configuration
and design features– Materials, processes and methods of manufacture– Defined Airworthiness Limitations– Other data necessary to determine airworthiness of later types
• Change to the Operating Limitations of the Type Certificate• Change to the Type Certification Basis• Change to the Type Certificate Data Sheet
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Classification of design (MTC) changes
Subpart D & E – changes to MTC & MSTC
• All design (MTC) changes must be classified as major or minor– Relief– Exceptions– Equivalent Safety Findings– Airworthiness Limitations– Operating Limitations– TCDS
• Design (MTC) changes maybe classified by:– DASA– Design organisations
under privilege
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Major Changes to a Type Certificate
• Applicant is MTC holder or suitable capable organisation
• CP required (tailored for change complexity)
– Establish certification basis for the change
– Propose means of compliance
– Compliance documents to be submitted to DASA
• Change complies with certification basis
• DASA will have direct involvement in the approval process
• MSTC may be issued
• Continued airworthiness requirements
Subpart D & E – changes to MTC & MSTC
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Minor changes to type design (MTC)
• Minor changes must meet certification basis
– No relief
– No exceptions
– No equivalent safety findings
– No change to AwLs, Op Lims or TCDS
• Minor changes approved by
– DASA
– MDOA holders under privilege
• Minor change approval holder - continued airworthiness
Subpart D & E – changes to MTC & MSTC
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Example change to the MTC
Installation of Becker VHF Transceiver AR 6201
• FAR 25 Primary Certification Code
• Classify change
• Establish certification basis for the change
• Propose means of compliance
• Demonstrate compliance
• Approved by:
– MDOA holder if privilege allows
– DASA otherwise
Subpart D & E – changes to MTC & MSTC
Certification Basis Means of Compliance Compliance documents
25.603 – Materials
25.611 – Accessibility provisions
25.613 – Material strength
25.773 – Pilot compartment view
25.777 – Cockpit controls
25.869 – Fire protection electrical components
25.1301 – Equipment installation
25.1309 – Systems
25.1310 – Power source capacity
25.1321 – Arrangement and visibility
25.1353 – Electrical equipment installations
25.1357 – Circuit protective devices
25.1365 – Appliance, motors and transformers
25.1431 – Electronic equipment
25.1529 – ICA
25.1581 – Aircraft Flight Manual
16
Certification Basis
25.603 – Materials
25.611 – Accessibility provisions
25.613 – Material strength
25.773 – Pilot compartment view
25.777 – Cockpit controls
25.1321 – Arrangement and visibility
25.1365 – Appliance, motors and transformers
25.869 – Fire protection electrical components
25.1301 – Equipment installation
25.1309 – Systems
25.1357 – Circuit protective devices
25.1431 – Electronic equipment
25.1351 – Electrical system capacity
25.1353 – Electrical equipment installations
25.1529 – ICA
25.1581 – Aircraft Flight Manual
Certification Basis Means of Compliance
25.603 – Materials Analysis
25.611 – Accessibility provisions
25.613 – Material strength
25.773 – Pilot compartment view
25.777 – Cockpit controls
25.1321 – Arrangement and visibility
25.1365 – Appliance, motors and transformers
Analysis
25.869 – Fire protection electrical components Analysis / test
25.1301 – Equipment installation
25.1309 – Systems
25.1357 – Circuit protective devices
25.1431 – Electronic equipment
Analysis
25.1351 – Electrical system capacity Analysis
25.1353 – Electrical equipment installations Test
25.1529 – ICA Design review
25.1581 – Aircraft Flight Manual Design review
Certification Basis Means of Compliance Compliance Documents
25.603 – Materials Analysis Material Specifications
25.611 – Accessibility provisions
25.613 – Material strength
25.773 – Pilot compartment view
25.777 – Cockpit controls
25.1321 – Arrangement and visibility
25.1365 – Appliance, motors and transformers
Analysis Engineering Report
25.869 – Fire protection electrical components Analysis / test Fire Protection Test Plan / Report
25.1301 – Equipment installation
25.1309 – Systems
25.1357 – Circuit protective devices
25.1431 – Electronic equipment
Analysis Safety Case
25.1351 – Electrical system capacity Analysis Electrical Loads Analysis
25.1353 – Electrical equipment installations Test EMI Test Plan / Report
25.1529 – ICA Design review ICA supplement
25.1581 – Aircraft Flight Manual Design review AFM supplement
17
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Subpart M
Repairs
Introduction to Initial Airworthiness
Subpart M Repairs
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Subpart M - Repairs
• Repairs (i.e. those not already approved in a SRM) are similar to design changes
– Return aircraft to an airworthy state– Must comply with applicable certification basis
• Repair designs are classified according to the same criteria as design changes
• Repair design approval by:– DASA– Design organisation under privilege
Subpart M Repairs
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Subpart M - Repairs
• Applicant for repair design approval must demonstrate organisational capability
• Prepare compliance documents to show compliance with the applicable TCB
• Applicant must declare compliance
• Holder of a repair design approval to carry out continued airworthiness obligations (21.A.451)
Subpart M Repairs
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Certification Basis Means of Compliance Compliance documents
Static Strength
25.301 – Loads
25.303 – Factor of safety
25.305 – Strength and deformation
25.307 – Proof of structure
25.619 – Special factors
Fatigue Strength
25.571 – Damage tolerance and
fatigue evaluation
Materials
25.603 – Materials
25.613 – Material strength
Processes
25.605 – Fabrication methods
23.609 – Protection of structure
Operating limitations and information
25.1529 – ICA
Example Structural Repair Design
Certification Basis Means of Compliance Compliance documents
Static Strength
25.301 – Loads
25.303 – Factor of safety
25.305 – Strength and deformation
25.307 – Proof of structure
25.619 – Special factors
Analysis
Fatigue Strength
25.571 – Damage tolerance and
fatigue evaluationAnalysis
Materials
25.603 – Materials
25.613 – Material strengthAnalysis
Processes
25.605 – Fabrication methods
23.609 – Protection of structureDesign Review
Operating limitations and information
25.1529 – ICA Design Review
Example Structural Repair Design
Certification Basis Means of Compliance Compliance documents
Static Strength
25.301 – Loads
25.303 – Factor of safety
25.305 – Strength and deformation
25.307 – Proof of structure
25.619 – Special factors
Analysis Engineering Report
Fatigue Strength
25.571 – Damage tolerance and
fatigue evaluationAnalysis Engineering Report
Materials
25.603 – Materials
25.613 – Material strengthAnalysis Material Specification
Processes
25.605 – Fabrication methods
23.609 – Protection of structureDesign Review Engineering Report
Operating limitations and information
25.1529 – ICA Design Review ICA Supplement
Example Structural Repair Design
19
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Subpart M - Repairs
• Repair parts can be manufactured:
– Under Subpart F (production without MPOA)
– By an organisation approved under Subpart G (MPOA)
– By an appropriately approved maintenance organisation
• Embodiment can only be carried out by:
– An approved maintenance organisation
– An approved production organisation (MPOA) under privilege
Subpart M Repairs
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Subpart M - Repairs
• Unrepaired damage
– Usually the TC or STC Holder (if not, justification on basis of information is required)
– Necessary limitations transmitted to operator in accordance with approved repair procedures
Subpart M Repairs
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Subpart K
Parts and Appliances
Introduction to Initial Airworthiness
Subpart K – Parts and Appliances
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• Four means to have any given part or appliance be included in approved design data:
– In conjunction with the certification processes for major/minor changes
– Under the AUSMTSO Authorisation process
– Use of standard parts
– For equipment not subject to airworthiness standards, by demonstration that integration does not adversely affect airworthiness
• All new parts and appliances should be identified in the certification programme
Subpart K – Parts and Appliances
Parts and Appliances
Certification Basis Means of Compliance Compliance documents
25.603 – Materials Analysis Material Specifications
25.611 – Accessibility provisions
25.613 – Material strength
25.773 – Pilot compartment view
25.777 – Cockpit controls
25.1321 – Arrangement and visibility
25.1365 – Appliance, motors and transformers
Analysis Engineering Report
25.869 – Fire protection electrical components Analysis / test Fire Protection Test Plan / Report
25.1301 – Equipment installation
25.1309 – Systems
25.1357 – Circuit protective devices
25.1431 – Electronic equipment
Analysis Safety Case
25.1351 – Electrical system capacity Analysis Electrical Loads Analysis
25.1353 – Electrical equipment installations Test EMI Test Plan / Report
25.1529 – ICA Design review ICA supplement
25.1581 – Aircraft Flight Manual Design review AFM supplement
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Subpart O
Australian Military
Technical Standard Order Authorisations
Introduction to Initial Airworthiness
Subpart O – AUSMTSO
21
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AUSMTSO Authorisations
• Technical Standard Order (TSO)– Airworthiness specification detailing the minimum safety
performance standard for specified articles– Issued by NAA / NMAA (e.g. FAA, EASA)
• TSO Item– Appliance certified and manufactured to a TSO
• TSO Authorisation– Authorisation awarded to an organisation that can demonstrate:
• The design of a TSO item meets the minimum safety performance standard
• The organisation has the capability to manufacture the item
Subpart O – AUSMTSO
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Subpart O – AUSMTSO
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• For the design of the article:– Applicant must show compliance with the TSO– Applicant must declare compliance via the Declaration of
Design and Performance– DASA will issue the AUSMTSO Authorisation– Holder of the AUSMTSO Authorisation must carry out the
continued airworthiness obligations for the item (21.A.609)
• For production of the article:– Applicant must hold MPOA under DASR 21 Subpart G, or– A Letter of Agreement under DASR 21 Subpart F
Subpart O – AUSMTSO
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AUSMTSO Authorisations
Subpart O – AUSMTSO
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AUSMTSO Authorisations
These aircraft lights meet TSO C96a design specifications and EXCEEDthe requirements of TSO C96a, SAE AS 8037 and AS8017A, plus DO-160.
Subpart O – AUSMTSO
Certification Basis Means of Compliance Compliance documents
Anti‐collision light system
25.1401(a) – Approved anti‐collision lights TSO C96a EASA.21O.10055069
25.1401(b) – Field of coverage Analysis Engineering Report
25.1401(c) – Flashing characteristics TSO C96a EASA.21O.10055069
25.1401(d) – Colour TSO C96a EASA.21O.10055069
25.1401(e) – Light intensity TSO C96a EASA.21O.10055069
Equipment
25.1301 – Equipment installation
25.1309 – Systems
25.1357 – Circuit protective devices
25.1431 – Electronic equipment
Analysis Safety Case
25.1351 – Electrical system capacity Analysis Electrical Loads Analysis
25.1353 – Electrical equipment installations Test EMI Test Plan / Report
Operating limitations and information
25.1529 – ICA Design review ICA supplement
23
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Subpart H
Certificates of Airworthiness and Restricted Certificates of
Airworthiness
Introduction to Initial Airworthiness
Subpart H MCoA & MRCoA
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• Certifies that a particular aircraft (tail no.) conforms to its type design at the date of issue
Subpart H MCoA & MRCoA
Subpart H – Certificates of Airworthiness
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• Operating organisation should apply
• Application must include data that substantiates conformance with the Type Design
• Issued by DASA (or delegate)
• Holder must ensure ongoing validity
Subpart H MCoA & MRCoA
Subpart H – Certificates of Airworthiness
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• CoA / RCoA remain valid as long as the aircraft
– Complies with its type design, applicable ADs and ICA
– Remains on the Defence register
– All modifications and repairs are approved under DASR M.A.304
– MTC (and other design/repair approvals) remain valid
– Not surrendered or revoked by DASA
Subpart H MCoA & MRCoA
CoA validity
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Subpart P
Military Permits to Fly
Introduction to Initial Airworthiness
Subpart P – MPTF
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Military Permit To Fly (MPTF)
72
• Normal operations occur within the bounds of ICA and limitations
– Operating limits (Flight Manuals)
– Maintenance requirement (Maintenance Manuals)
– Damage limits (Structural Repair Manuals)
– Fatigue / usage considerations (Aircraft Flight Manual, MEL)
• Operations outside of the defined boundary – MPTF
– Examples: development of major mods, type certification: demonstration of compliance, ferry flights, etc
– A formal mechanism to manage elevated risk for safe flight
Subpart P – MPTF
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Subpart P – Military Permits to Fly
• Required in lieu of an MCoA
• Aircraft is still capable of safe flight under prescribed conditions
• Applicant must declare that aircraft is safe to fly under prescribed conditions
– Requires both technical and operational endorsement
• Flight conditions approved by either:
– DASA, or
– MDOA holder under privilege
• Holder must ensure flight conditions are satisfied
Subpart P – MPTF
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Subpart J
Military Design
Organisation Approval
(MDOA)
Introduction to Initial Airworthiness
Subpart J – Military Design Organisation Approval
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Outline
• Eligibility
• Design Assurance System (DAS)
• Design Organisation Exposition (DOE)
• Issue of Military Design Organisation Approval (MDOA)
• Terms of approval
• Privileges
• Obligations
Subpart J – Military Design Organisation Approval
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Eligibility
• One means demonstrate capability to apply for or hold a
− Military Type Certificate (MTC)
− Military Supplemental Type Certificate (MSTC)
− Major Repair Design Approval
− AUSMTSO Authorisation for APUs
• Or the means to obtain privileges to approve
− Minor changes
− Minor repair designs
Subpart J – Military Design Organisation Approval
Certification Basis Means of Compliance Compliance documents
25.603 – Materials Analysis Material Specifications
25.611 – Accessibility provisions
25.613 – Material strength
25.773 – Pilot compartment view
25.777 – Cockpit controls
25.1321 – Arrangement and visibility
25.1365 – Appliance, motors and transformers
Analysis Engineering Report
25.869 – Fire protection electrical components Analysis / test Fire Protection Test Plan / Report
25.1301 – Equipment installation
25.1309 – Systems
25.1357 – Circuit protective devices
25.1431 – Electronic equipment
Analysis Safety Case
25.1351 – Electrical system capacity Analysis Electrical Loads Analysis
25.1353 – Electrical equipment installations Test EMI Test Plan / Report
25.1529 – ICA Design review ICA supplement
25.1581 – Aircraft Flight Manual Design review AFM supplement
UNCLASSIFIED
UNCLASSIFIED
Design Assurance System
Subpart J – Military Design Organisation Approval
• Basis of Military Design Organisation Approval (MDOA)
• Described in the Design Organisation Exposition (DOE)
• Provide planned and systematic actions to
– design products, or parts
– demonstrate and verify compliance
– declare compliance
• Defined in terms of
– Organisational structure
– Responsibilities assigned
– Procedures
– Resources
27
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Design Assurance System (DAS)
• DAS minimum elements
– ensure the design of products, parts and appliances, design changes and repair designs comply with the applicable type-certification basis (TCB)
– independent checking of showings of compliance
– independent monitoring and improvement of the Design Assurance System
Subpart J – Military Design Organisation Approval
– account for design input provided by other organisations
– Safety Management System (SMS)
UNCLASSIFIED
UNCLASSIFIED
Organisational structure and Responsibilities
• Chief Executive
• DASR Form 4 holders
– Head of Design Organisation
– Chief of the Office of Airworthiness
– Chief of Independent System Monitoring
• Authorised signatories
– Compliance Verification Engineers (CVEs)
– Other authorised signatories
Subpart J – Military Design Organisation Approval
UNCLASSIFIED
UNCLASSIFIED
Management staff: Head of Design Organisation
Subpart J – Military Design Organisation Approval
• Responsibilities
– responsible for Design Organisation output
– signs the declaration of compliance (or authorised representative)
– can be the same person as the Chief Executive
• QTE requirements
– tertiary qualified Bachelor of Engineering
– Chartered Professional Engineer (CPEng)
– ten years aviation experience
– two of ten years at DGTA-ADF/DASA or an organisation holding a Design Organisation Approval under DASRs, CASA, EASA or EMARs
28
UNCLASSIFIED
UNCLASSIFIED
Management staff: Chief of Office of Airworthiness
Subpart J – Military Design Organisation Approval
• Responsibilities
– Preparation of CPP
– Liaison with DASA during Type Investigation
– Management of DOE
– Interpretation of airworthiness requirements
– Classification of design changes and repair designs
– Independent checking of showings of compliance
– Collection of design failure and defect information
– Assisting in preparation of Airworthiness Directives
– Approval of minor changes and repair designs
UNCLASSIFIED
UNCLASSIFIED
Subpart J – Military Design Organisation Approval
• QTE requirements
– Tertiary qualified Bachelor of Engineering
– Chartered Professional Engineer (CPEng)
– Eight years aviation experience
– Two of eight years at DGTA-ADF/DASAor an organisation holding a DesignOrganisation Approval under DASRs,CASA, EASA or EMARs
Management staff: Chief of Office of Airworthiness
UNCLASSIFIED
UNCLASSIFIED
Management staff: Chief of Independent System Monitoring
Subpart J – Military Design Organisation Approval
• Responsibilities
– continual evaluation of the Design Assurance System to
ensure it remains effective
– function can be achieved throughcorporate quality assurance system
– must cover design suppliers
• QTE requirements
– Lead Auditor training
– Eight years aviation experience
– Two of eight years at DGTA-ADF or an organisation holding a Design Organisation Approval under DASRs, CASA, EASA or EMARs
– Three years experience in aviation quality management
29
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Compliance Verification Engineers
Subpart J – Military Design Organisation Approval
• Conduct the independent checking function of all compliance data including:
• Test plans
• Means of compliance
• Compliance documents
• Approve the technical content of:
– Flight manual changes
– Airworthiness limitations
• Must be independent to those authoring compliance documents
• CVE function can be outsourced
Certification Basis Means of Compliance Compliance documents
25.603 – Materials Analysis Material Specifications
25.611 – Accessibility provisions
25.613 – Material strength
25.773 – Pilot compartment view
25.777 – Cockpit controls
25.1321 – Arrangement and visibility
25.1365 – Appliance, motors and transformers
Analysis Engineering Report
25.869 – Fire protection electrical components Analysis / test Fire Protection Test Plan / Report
25.1301 – Equipment installation
25.1309 – Systems
25.1357 – Circuit protective devices
25.1431 – Electronic equipment
Analysis Safety Case
25.1351 – Electrical system capacity Analysis Electrical Loads Analysis
25.1353 – Electrical equipment installations Test EMI Test Plan / Report
25.1529 – ICA Design review ICA supplement
25.1581 – Aircraft Flight Manual Design review AFM supplement
UNCLASSIFIED
UNCLASSIFIED
Other authorised signatories
– Change classification
– Compliance document preparation
– Declaration of compliance
– Design change approval / repair design approval
– Release of design change / repair implementing instructions
– Documentary changes to AFM
Subpart J – Military Design Organisation Approval
30
UNCLASSIFIED
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Procedures
– Design procedures
– Compliance documents
– Independent checking procedures (CVE function)
– Independent monitoring procedures
– Accounting for external input
– Selection, training, ongoing competence and identification of authorised signatories (including CVEs)
Subpart J – Military Design Organisation Approval
UNCLASSIFIED
UNCLASSIFIED
• Satisfy certificate or other design/repair approval, i.e. DASA instrument holder obligations
– Military Type Certificate (MTC) (21.A.44)
– Military Supplemental Type Certificate (MSTC) (21.A.118A)
– Minor change approval (21.A.109)
– Major/minor repair design approval (21.A.451)
– Australian Military Technical Standard Order (AUSMTSO) Authorisation (21.A.609)
Subpart J – Military Design Organisation Approval
Procedures
UNCLASSIFIED
UNCLASSIFIED
• Required for exercising MDOA privileges
– Design change / repair classification procedure
– Approval of minor design changes or minor repair designs
– Issue of implementing instructions and ICA
– Approval of changes to flight manual
– Approval of major repair designs
– Approval of flight conditions (if awarded)
– Issue Military Permit to Fly (if awarded)
Subpart J – Military Design Organisation Approval
Procedures
31
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UNCLASSIFIED
Resources
– Human resources
– Equipment
– Tools
– Facilities
– Design data etc.
Subpart J – Military Design Organisation Approval
- Design of PPA
- Design Changes
- Repair Designs
Show compliance with Certification
Basis
Independent check of all compliance
data
Independently monitor and
improve system
Classification
Privileges
CISM COAw
CHANGE CLASSIFICATION
PROCEDURE
ISM PROCEDURES
DESIGN PROCs
IC PROCsISM PPL
ENGRs
DESIGN TOOLS / DATA
SELECTION PROCEDURE
CONTROL SUB-CONTRACTORS
PROCEDURE
Approval by DASA
HDO
DESIGN APPROVAL
PROCEDURE
Auth Sign.
CVE Declaration of compliance
major
Approval by privilege
minor
UNCLASSIFIED
UNCLASSIFIED
Subpart J - Organisational Approval Design Assurance System Elements
Organisation– Design organisation– Independent system monitoring– Office of airworthiness
Procedures– Design procedures– Independent checking procedures– Authorised signatory (including
CVE) selection– Independent system monitoring– Change classification procedure– Design Approval procedure– Control of subcontractor product
Resources
– Design Engineers
– Design tools and data
– Compliance Verification Engineers
– Independent system monitoring personnel
Responsibilities
– Head of Design Organisation
– Chief of Independent System Monitoring
– Chief of Office of Airworthiness
– Compliance Verification Engineers
– Authorised signatories
Subpart J – Military Design Organisation Approval
Design Assurance System elements
32
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Terms of Approval
• Scope of approval
• Categories of products (platforms)
• List of products
• Privileges
• Limitations
The Terms of Approval are stated on the certificate issued by DASA
Subpart J – Military Design Organisation Approval
UNCLASSIFIED
UNCLASSIFIED
Example Organisational Structure 1
HDO
Design Officeof Aw
ISM
Subpart J – Military Design Organisation Approval
UNCLASSIFIED
UNCLASSIFIED
Example Organisational Structure 2
HDO
Design Quality
Officeof Aw
ISM
Subpart J – Military Design Organisation Approval
33
UNCLASSIFIED
UNCLASSIFIED
Example Organisational Structure 3
Technical Management
Quality Management
HDO
Office of Aw
TestingDesign Other
ISM
Subpart J – Military Design Organisation Approval
UNCLASSIFIED
UNCLASSIFIED
Example Organisational Structure 4
CEO
Dir. of Eng Dir. of MaintDir. of Prod
Design TestingCert Mgr
QualityISM
Subpart J – Military Design Organisation Approval
UNCLASSIFIED
UNCLASSIFIED
Design Organisation Exposition
• Describes the organisation, the relevant procedures and the products, or changes to products to be designed
• Describes the Design Assurance System (DAS)
• May be completely or partially integrated into the company organisation manual
Subpart J – Military Design Organisation Approval
DAS elements Examples
Organisation Scope of work, DO / PO coordination
Responsibilities Management staff, authorised signatories
Procedures Design, compliance demonstration, independent checking, design approval
Resources Facilities, equipment, human resources
34
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Safety Management
Introduction to Initial Airworthiness
SMS
UNCLASSIFIED
UNCLASSIFIED
What is a safety management system?
Definition:
‘A systematic approach to managing aviation safety, including the necessary organisationalstructures, accountabilities, policies and procedures’.
ICAO Annex 19
SMS
UNCLASSIFIED
UNCLASSIFIED
A mature SMS will complement the regulatory controls…
SMS
Top Event
Hazard
Regulated Control
Regulated Control
Regulated Control
SMS Identified Controls
Regulated Control
SMS Identified Controls
Regulated Control
SMS Identified Controls
SMS Identified Controls
Regulated Control
Regulated Control
SMS Identified Controls
TH
RE
AT
S
CO
NSE
QU
EN
CE
S
An SMS aims to assist organisations inidentifying control measures that are specificto their operations.
35
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DASR SMS STRUCTURE
SMS
UNCLASSIFIED
UNCLASSIFIED
Applicable Organisations
SMS
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Process regulations are only so effective…
ONLY COMMON HAZARDS ARE MITIGATED
• Process regulation provides minimum protection against hazards, with overall effectiveness limited by technical, organisational, environmental and human factors
• A safety management system provides a higher level of safety by supporting and extending the protection afforded through process regulation alone.
SMS
36
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DASR SMS is based on the ICAO Framework
SMS
4. Safety promotion4.1. Training and education
4.2. Safety communication
1. Safety policy and objectives1.1. Management commitment1.2. Safety accountability and responsibilities1.3. Appointment of key safety personnel1.4. Coordination of emergency response planning1.5. SMS documentation
2. Safety risk management2.1. Hazard identification2.2. Safety risk assessment and mitigation
3. Safety oversight and improvement3.1. Safety performance monitoring and measurement3.2. The management of change3.3. Continuous improvement of the SMS
UNCLASSIFIED
UNCLASSIFIED
SMS Assessment – Application of PSOE to Maturity Indicators
SMS
Present (10%)
Suitable (20%)
Operating (40%)
Effective (30%)
• PSOE (Present, Suitable, Operating & Effective) is a graduated approach to determining if policies, procedures and systems are actually effective.
• ‘Suitable’ and ‘Effective’ – SUBJECTIVE– ENCOURAGES CRITICAL THINKING.
– PREVENTS ‘PAPER SAFETY’.
Plan
Execute Maturity score is the average across all PSOE AMC scores.
P – Present
S – Suitable
O – Operating
E – Effective
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LEGISLATED RISK MANAGEMENT PROCESS
- CONTAINED IN DASR SMS, AFSM, DASM & AC 03/2018
SMS
37
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UNCLASSIFIED
Key Change - The Safety Risk Management Process
SMS
UNCLASSIFIED
UNCLASSIFIED
SMS
UNCLASSIFIED
UNCLASSIFIED
SMS
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UNCLASSIFIED
SMS
UNCLASSIFIED
UNCLASSIFIED
PREMATURE CEASING OF SRM PROCESS BECAUSE ASSESSED
RISK IS WITHIN PRE-ESTABLISHED ‘ACCEPTABLE’ OR ‘TOLERABLE’
LIMITS.
ASSUMING THAT WHS IS ASKING YOU TO EITHER ELIMINATE OR
MINIMISE—THERE IS AN ORDER THAT MUST BE FOLLOWED.
PERFORMING COST V BENEFIT ANALYSES RATHER THAN GROSSLY
DISPROPORTIONATE ASSESSMENTS.
ASSUMING THAT ‘COST’ IS (1) PURELY FINANCIAL AND (2)
RELATIVE TO YOUR ABILITY TO PAY.
ASSUMING THAT RISK ASSESSMENTS REMAIN SAFE
SFARP AFTER THEIR INITIAL USE.
ASSUMING THAT SUBSTITUTION, ISOLATION AND ENGINEERING
CONTROLS SHOULD BE CONSIDERED SEPARATELY.
THINKING THAT LIKELIHOOD AND DEGREE OF HARM ARE THE ONLY
MEASURES FOR A RISK.
Common Mistakes that are made in Safety Risk Management
SMS
UNCLASSIFIED
UNCLASSIFIED
Subparts F & G
Production
Subpart F & G – Production
39
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UNCLASSIFIED
Production assurance in the DASP
Subpart F & G – Production
Manufacture
Conformity Documentation
DASR Form 1
Approved Design Data
Minor change approval
UNCLASSIFIED
UNCLASSIFIED
Production
• Four means to assure production in the DASP:
• Recognition
• Military Production Organisation Approval (DASR 21G)
• Letter of Agreement (DASR 21F)
• DASR 145 approval
• Manufacturer must own, or have access to, the approved design data
Subpart F & G – Production
UNCLASSIFIED
UNCLASSIFIED
Military Production Organisation Approval (MPOA)
• Quality System
• Show conformity of manufactured items with approved design data
• Must include independent quality assurance function
• Defined in terms of:
• Organisational structure
• Responsibilities assigned
• Procedures
• Resources
Subpart F & G – Production
40
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Quality System Responsibilities
• Accountable Manager
• Management staff (DASR Form 4 holders)
• Responsible manager(s)
• Quality Manager
• Certifying staff
Subpart F & G – Production
UNCLASSIFIED
UNCLASSIFIED
Production Organisation Exposition (POE)
• Describes Quality System ORPR
– Binding instruction– Identifies AM, RM(s) and QM (including QTE)– Organisational chart– List of certifying staff– Human resources– Locations and facilities– Scope of work– POE amendment process– Quality system and QA function– External input– Safety management
Subpart F & G – Production
UNCLASSIFIED
UNCLASSIFIED
• Certify its own production
– DASR Form 52 – Statement of Conformity
– DASR Form 1 – Authorised Release Certificate
• Other privileges
– DASR Form 53 – Certificate of Release to Service
– Approve flight conditions
– Issue MPTF
MPOA Privileges
Subpart F & G – Production
41
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• Production Inspection System
– Show conformity of manufactured items with approved design data
– Incoming materials (and parts):
• Conform with the approved design data
• Are properly identified
– Manufacturing processes used are agreed by DASA
– Parts are inspected for conformity with the approved design data
Production without MPOA – Letter of Agreement (DASR 21F)
Subpart F & G – Production
UNCLASSIFIED
UNCLASSIFIED
• Describes the Production Inspection System
– A description of the production inspection system– A description of making conformity determinations– A list of the certifying staff
Production Inspection System Manual
Subpart F & G – Production
UNCLASSIFIED
UNCLASSIFIED
• Certify its own production
– DASR Form 53 – Statement of Conformity
– DASR Form 1 – Authorised Release Certificate
• Other privileges
– DASR Form 53 – Certificate of Release to Service
– Approve flight conditions
– Issue MPTF
• DASA must countersign all conformity documentation
Letter of Agreement Privileges
Subpart F & G – Production
42
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• Non-conforming materials and parts are:
– Identified
– Segregated
– Prevented from installation
– Reported to the Design Approval Holder
– Subject to a production concession process
Non-conforming items
Subpart F & G – Production
UNCLASSIFIED
UNCLASSIFIED
Further reading
DASR 21 Practitioner Course
• www.defence.gov.au/DASP
– Key documents (left hand menu)
• Advisory Circulars
• DASA Factsheets
– Aircraft Certification and Production (button)
• Product Certification
• Continued Airworthiness
• Design and Production Organisations
• Aircraft Flying Instruments