2026-09-21 · Equipo editorial KeXinMaterials

AS9100 Luft- und Raumfahrt Qualitätsmanagementsystem + Schutzkoffer B2B-Leitfaden

AS9100 (rev D, 2016) ist der Luft- und Raumfahrt-Industrie-QMS-Standard. Erforderlich für Lieferanten von Boeing, Airbus, Lockheed Martin, Northrop Grumman, Raytheon, BAE Systems, GE Aviation.

AS9100 Scope + History

AS9100 published by SAE International. Based on ISO 9001 with aerospace-specific additions. Current revision D (2016).

AS9100D: Current revision D, published September 2016. Replaces AS9100C. Based on ISO 9001:2015 with aerospace additions.

Publisher: SAE International. Co-developed with IAQG (International Aerospace Quality Group).

Relationship to ISO 9001: AS9100D = ISO 9001:2015 + ~100 aerospace-specific requirements. ISO 9001 certification is prerequisite.

Scope: Design + manufacture + production + installation + servicing of aerospace products. Aviation + space + military.

Industry adoption: Required by all major aerospace OEMs (Boeing, Airbus, Lockheed, Raytheon, Northrop, BAE, GE Aviation, Pratt Whitney, Rolls Royce). 17,000+ certified organizations worldwide.

Certifying bodies: ANAB (US), UKAS (UK), COFRAC (France), DAkkS (Germany), SAC (China). Accredited by IAF MLA.

Certificate validity: 3 years initial + 2 surveillance audits + recertification. Surveillance audits typically annually.

Related standards: AS9110 (quality management for aerospace maintenance organizations), AS9120 (quality management for aerospace distributors).

B2B relevance: For box-beeaa B2B buyers in aerospace / aviation / defense, AS9100D certification is a procurement requirement. Required for tier 1 / tier 2 suppliers.

AS9100D Requirements

AS9100D includes ISO 9001:2015 base requirements PLUS ~100 aerospace-specific additions covering risk management, configuration management, FAI, and counterfeit parts.

ISO 9001:2015 base: 10 clauses covering context of organization, leadership, planning, support, operation, performance evaluation, improvement.

Aerospace additions: Configuration management (CM), first article inspection (FAI), risk management, counterfeit parts prevention, product safety, project management.

Section 8.1.2 - Configuration Management: Aerospace supplier must establish CM process. Identify + control + track + verify configuration of products throughout lifecycle.

Section 8.4.1 - Control of Externally Provided Processes, Products, and Services: Aerospace supplier must evaluate + select + monitor + re-evaluate external providers.

Section 8.5.1 - Control of Production: Production process must be controlled. Includes work instructions, monitoring equipment, post-delivery activities.

Section 8.5.2 - Identification and Traceability: Aerospace parts must be uniquely identified. Traceability from raw material to delivered product.

Section 8.5.4 - Preservation: Preservation of product including packaging, storage, handling. Directly relevant to protective cases.

Section 8.5.6 - Control of Changes: Changes to products / processes must be reviewed + verified + approved before implementation.

Section 8.7 - Control of Nonconforming Outputs: Defective product must be identified + segregated + dispositioned (rework / use-as-is / scrap / return).

Section 10.2 - Nonconformity and Corrective Action: Defect investigation + root cause analysis + corrective action + effectiveness verification.

Aerospace-specific: Product Safety (AS9100D 8.1.1), Risk Management (AS9100D 6.1, 8.1, 8.2), Configuration Management (AS9100D 8.1.2).

AS9102 First Article Inspection (FAI)

AS9102 First Article Inspection required for first unit of each new part / assembly / design revision. Documents all design characteristics + verification.

AS9102: "First Article Inspection Requirement". SAE standard. Latest revision AS9102C (2014).

Purpose: Verify that the manufacturing process can produce parts meeting all design requirements. One-time requirement per part number / revision.

Scope: All aerospace parts delivered. First article = first unit produced under production conditions (NOT prototype or pilot).

AS9102 form fields: Part number, revision, part name, manufacturer, customer, FAI date, FAIR (First Article Inspection Report) number.

Design characteristics: All dimensional + material + functional + performance + cosmetic requirements from drawing.

Verification method: Each characteristic measured + recorded + verified. Measurement tool (caliper, CMM, optical comparator) + actual value + tolerance + result (pass/fail).

Material certs: Include raw material cert (mill cert for metals, batch cert for polymers). Verify material matches drawing spec.

Process certs: Special processes (heat treat, plating, welding) must have process cert. Verify per spec.

Test reports: Functional tests + environmental tests + qualification tests. Verify per spec.

Sample size: AS9102A 1 unit. AS9102B/C 1-3 units per characteristic (depending on criticality).

Approval: Signed by quality manager + customer source inspector (if required).

Re-FAI: Required when (1) drawing revision, (2) process change, (3) manufacturing location change, (4) tool change >24 months idle.

B2B recommendation: For B2B aerospace protective cases, request AS9102 FAI Report with each new part number / revision.

AS9103 Variation Management + AS9101 Audit

AS9103 "Variation Management of Key Characteristics" reduces process variation. AS9101 "Quality Management Systems Audit" standardizes QMS audits.

AS9103: Variation management of key characteristics. SAE standard. Current revision AS9103C (2009, rev A 2015).

Key characteristics: Features on part where variation could impact safety, form, fit, function. Drawing notes "KC".

AS9103 process: Identify KCs -> analyze variation sources -> control variation -> monitor -> improve. Tools: SPC, control charts, MSA, Cp/Cpk analysis.

Cp / Cpk index: Measures process capability. Cp >= 1.33 acceptable. Cpk >= 1.33 preferred for KCs. Lower indicates process variation too high.

Cpk calculation: Cpk = min(CpU, CpL) = (USL - μ) / 3σ or (μ - LSL) / 3σ. Tool: Minitab or similar statistical software.

MSA (Measurement System Analysis): Gage R&R. Measures measurement tool variation. < 10% GRR acceptable. 10-30% may be acceptable. > 30% unacceptable.

SPC (Statistical Process Control): X-bar + R control charts. Monitor process over time. Control limits UCL = μ + 3σ, LCL = μ - 3σ.

AS9101: "Quality Management Systems - Aerospace - Requirements for the Conduct of Audits". SAE standard. Latest AS9101G (2015).

AS9101 audit process: Stage 1 (documentation review) + Stage 2 (on-site audit) + Surveillance (annual) + Recertification (every 3 years).

Audit duration: 4-12 audit days depending on organization size + complexity. Auditor-led team of 1-3 auditors per site.

Findings: Major nonconformity (immediate risk to product quality, must close in 60 days) + Minor nonconformity (potential risk, must close in 60-90 days) + Observation / Opportunity for Improvement (no closure required).

B2B recommendation: For B2B aerospace cases, request AS9103 SPC data for KCs + AS9101 audit report from last audit cycle.

AS9145 Counterfeit Parts + AS9100D B2B Procurement

AS9145 aerospace counterfeit parts prevention. AS9100D procurement requirements. B2B workflow for aerospace protective cases.

AS9145: "Aerospace Series - Requirements for Advanced Aircraft Life Support Equipment". Includes counterfeit parts prevention requirements.

AS9145 counterfeit parts: Aerospace supplier must implement counterfeit parts prevention process. Risk assessment + supplier audit + testing + reporting.

Counterfeit parts detection: Visual + marking + dimensional + XRF + X-ray + electrical + decapsulation. Per SAE AS5553 + AS6081.

AS9100D Section 8.4: Externally provided processes, products, services must be controlled. Includes raw material + components + services + sub-tier supplier controls.

AS9100D Section 8.1.3 - Risk Management: Aerospace supplier must identify + assess + mitigate risks. Document risk register.

AS9100D Section 8.4.2 - Type and Extent of Control: Level of control based on supplier risk + impact on product. Critical suppliers get more rigorous control.

Supplier qualification: AS9100D audit + AS9102 FAI + capability assessment + AS9103 SPC + ITAR compliance (US defense export controls).

Supplier monitoring: Annual AS9101 audit + quarterly performance review + on-time delivery + defect rate + responsiveness.

B2B procurement workflow: (1) Identify AS9100D certification requirement. (2) Verify supplier AS9100D cert + AS9101 audit report. (3) Request AS9102 FAI per part number. (4) Specify AS9103 SPC data for KCs. (5) Confirm AS9145 counterfeit parts prevention. (6) Verify ITAR registration if defense.

Cost impact: AS9100D + AS9102 FAI + AS9103 SPC adds 5-15% to aerospace component cost. Premium for quality management.

Common B2B mistakes: (1) Accepting ISO 9001 only (not AS9100D). (2) Missing AS9102 FAI report. (3) No AS9103 SPC data. (4) AS9100D cert expired. (5) Different AS9100D scope (distribution not manufacture).

B2B recommendation: For B2B aerospace protective cases, require AS9100D certification + AS9102 FAI per part number + AS9103 SPC for KCs + AS9145 counterfeit prevention + ITAR registration.

Preguntas frecuentes

Artículos relacionados

• Sae As5553 As6081 Counterfeit Electronic Parts Avoidance B2B Guide
• Ipc A 620 Whma A 620 Cable Wire Harness Manufacturing Standard B2B Guide
• Mil Std 810 Ip67 Ata 300 Protective Case Standard Comparison B2B Guide
• Nfpa 70E Electrical Safety Workplace Protective Case B2B Guide