# AS9102C First Article Inspection: An Aerospace CNC Guide

> Precision Advanced Manufacturing breaks down AS9102C FAIR requirements, rejection causes and how to build a compliant package that passes review.

**Published:** 2026-09-04 | **Updated:** 2026-10-30 | **Author:** precision
**URL:** https://precisionam.com/articles/quality-compliance/first-article-inspection-aerospace-cnc/
**Type:** post

**Categories:** Quality Compliance

![AS9102C First Article Inspection: An Aerospace CNC Guide](https://blog.precisionam.com/wp-content/uploads/sites/56/2026/09/1787996566458-6695da8ace58-1024x572.webp)

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## Content

*Last updated: October 29, 2026*

## Key Takeaways

- Most AS9102C FAIR rejections stem from documentation and scope failures. Thorough ballooning and complete Form 1-3 packages prevent them.
- Re-FAI triggers include engineering changes, manufacturing source shifts, NC program changes, two-year production lapses and corrective actions. Customer flowdowns often shorten the two-year period.
- Common rejection causes include missing ballooned characteristics on Form 3, incomplete special-process certifications on Form 2, outdated AS9102 revision templates, datum and GD&T mismatches and unsigned or incomplete forms.
- Ballooning assigns unique numbers to every design characteristic, including notes, finish callouts and general tolerances. Numbering stays stable across drawing revisions and MBD views.
- Precision Advanced Manufacturing operates under AS9100D and ISO 9001:2015 registrations with ITAR compliance, multi-axis CNC capabilities and full material and process traceability to deliver clean first-article packages.

[Request a quote from Precision Advanced Manufacturing](https://precisionam.com/request-a-quote/?utm_term=first-article-inspection-aerospace-cnc&utm_campaign=ai_growth_agent)

## What a Compliant AS9102C FAIR Package Contains

A compliant FAIR package answers three core questions. Form 1 establishes what is being inspected, including the part, its revision, the FAIR identifier, part type and whether the FAI is full or partial with the reason. Form 2 then proves the inputs, accounting for raw materials, special processes and functional tests with their specifications and certificate numbers. Form 3 carries one numbered row per design characteristic with its requirement and measured result.

The package must reflect the current standard revision and the drawing revision used. [AS9102C requires the same FAIR identifier in field 4 on all three forms](https://cartograph.ai/blog/first-article-inspection), so the forms and the ballooned document read as one report. [AS9102C states outright that an FAI is not a product acceptance document](https://cartograph.ai/blog/first-article-inspection). Receiving inspection and certificates of conformance still apply to every shipment.

## What Triggers a Re-FAI or Partial FAI

[AS9102C Section 4.6 requires a documented evaluation after any qualifying change](https://cartograph.ai/blog/first-article-inspection). That evaluation selects a full FAI, a partial FAI or no additional FAI, and reviewers look for that decision in the package.

Re-FAI triggers under AS9102C Section 4.6(f) include:

- [A change to the engineering definition that affects a design characteristic](https://cartograph.ai/blog/first-article-inspection)
- [A change in manufacturing source, process, inspection method, tooling, material or location, including a bill-of-materials change](https://cartograph.ai/blog/first-article-inspection)
- [An NC program change or transfer to another medium](https://cartograph.ai/blog/first-article-inspection)
- [A natural or man-made event that could have affected the manufacturing process](https://cartograph.ai/blog/first-article-inspection)
- [Corrective action needed to complete a previous FAI](https://cartograph.ai/blog/first-article-inspection)
- [A production lapse of two years](https://cartograph.ai/blog/first-article-inspection)

[The two-year production lapse is measured from completion of the last production operation to the actual restart of production](https://cartograph.ai/blog/first-article-inspection). The re-accomplishment covers the characteristics the inactivity may have affected. Customer flowdowns frequently shorten this period, and [major aerospace primes commonly flow down a one-year production lapse instead of AS9102’s two-year default](https://app.qualityengineer.ai/blog/as9102-partial-fai-reaccomplishment).

Partial FAI mechanics focus on the affected characteristics. Only those characteristics are re-verified, while the rest carry forward from a baseline FAI whose characteristics conformed and still run on the original processes. Form 1 records the baseline part number, revision and reason, and the original forms stay unchanged. [A new or second manufacturing source requires a full FAI in practice](https://cartograph.ai/blog/first-article-inspection), because a partial cannot show that other characteristics still come from the original processes.

[Discuss FAI scope and re-accomplishment with our team](https://precisionam.com/request-a-quote/?utm_term=first-article-inspection-aerospace-cnc&utm_campaign=ai_growth_agent)

## Why First Article Inspection Reports Get Rejected

Most FAI rejections stem from documentation errors rather than from parts that fail to conform. A small set of causes accounts for most returned packages, and each has a clear fix.

**Missing ballooned characteristics.** [Missing or unballooned characteristics on Form 3 is the single most common rejection cause](https://sinbo-machining.com/wiki/quality/as9102-fai-rejection-reasons). Notes, finish callouts, general tolerances and GD&T frames are frequently skipped. The fix is to balloon the notes block and title block before measuring anything.

**Incomplete special-process certifications.** Form 2 should name the governing specification and point to specific evidence such as a mill certification identified by heat number or a processor certificate of conformance identified by its number. Anodizing, passivation, plating and heat treat listed without a certificate number, heat lot or current approval will return the package. The fix is to validate each processor approval and certificate date before assembling the package.

**Wrong standard revision cited.** [FAIR templates that still carry separate signature blocks on Forms 2 and 3, or that lack the full-or-partial reason field, were built on Revision B](https://armesprecision.com/as9102-first-article-inspection) and are out of date. The fix is to build the package on the AS9102C forms and confirm which revision the purchase order invokes.

**Datum and GD&T mismatches.** Raw coordinate data alone cannot support positional tolerances. The calculated result must be shown. The fix is to report the evaluated result under the drawing datum reference frame.

**Unsigned or incomplete forms.** [AS9102C states that the person who reviews the FAIR should not be the person who approves it](https://armesprecision.com/as9102-first-article-inspection). A missing reviewer or approver, or the same person in both roles, is grounds for rejection. The fix is to enforce separation of review and approval and complete every mandatory field.

**Traceability gaps.** Material certificates must travel with the material through its entire journey. That traceability allows reconstruction that a given component came from a specific material lot, heat number and manufacturer on a specific date. A processor certificate dated after the FAIR sign-off often signals a weak report. The fix is to carry heat and lot numbers through the job record and assemble evidence before sign-off.

**Undisclosed nonconformance.** [A nonconformance reworked to print but never recorded on Form 3 and in Form 1 field 19 is a documented rejection cause](https://cartograph.ai/blog/first-article-inspection). The fix is to record it on Form 3 and disclose it in Form 1 field 19.

## How to Build an AS9102 FAIR From Ballooning to Submission

The FAIR process follows a repeatable sequence from revision confirmation through submission. The steps to complete an AS9102 FAIR are:

1. Confirm the drawing or model revision against the purchase order.
2. Identify every design characteristic, including notes, finish callouts and general tolerances.
3. Assign a unique balloon number to each characteristic and keep the numbering stable across revisions.
4. Build one Form 3 row per balloon number with its requirement.
5. Plan the inspection method against the tolerance, not against available equipment.
6. Measure the first production article and record actual values.
7. Attach Form 2 certificates and complete Form 1.
8. Peer-review balloon-to-Form 3 parity before submission.

For 2D drawings, every dimension, geometric control, surface finish callout and verifiable note receives a number that maps to exactly one Form 3 row. A renumbered balloon drawing between revisions often causes a rejected FAIR, so characteristic numbering should be established once and kept stable.

For model-based definition, the product manufacturing information embedded in the model serves as the source. Each annotation maps to a characteristic number the same way a balloon does, and the numbering runs as one continuous sequence across saved views. The supplier confirms with the customer which file is the authority and records its identifier and revision on Form 1.

A worked characteristic example clarifies the mapping. A drawing callout of a 0.500 ± 0.005 in diameter becomes balloon 27. Form 3 row 27 records the requirement as 0.500 ± 0.005 in, the result as the actual measured value from a calibrated micrometer or CMM and the method as that instrument. A positional callout at the same feature becomes its own balloon, and the calculated positional result is recorded instead of raw coordinates. A note reading “break all sharp edges” becomes a third balloon with its verification method named.

## AS9102 vs. PPAP: Why the Distinction Matters

Ballooning discipline matters because AS9102 is not the only approval framework a shop may encounter. [AS9102 is the aerospace and defense first article inspection framework maintained through the IAQG](https://cadnexa.com/blog-as9102-vs-ppap.html), while [PPAP is the automotive production part approval process maintained by AIAG](https://cadnexa.com/blog-as9102-vs-ppap.html). They are different standards for different industries with different submission structures.

AS9102 uses three defined forms and requires every design characteristic to be accounted for, with no concept of submission levels. [PPAP is a broader package anchored by a part submission warrant and organized into five submission levels](https://cadnexa.com/blog-as9102-vs-ppap.html). It [adds process-readiness elements such as FMEAs, a control plan and capability studies that AS9102 does not require](https://cadnexa.com/blog-as9102-vs-ppap.html).

A PPAP package submitted in place of a FAIR will be returned. [Aerospace’s own advanced quality planning standard is AS9145](https://armesprecision.com/as9102-first-article-inspection), which some primes require in addition to AS9102.

## Does AS9100 Require First Article Inspection

[AS9100D clause 8.5.1.3 requires production process verification using a representative item from the first production run or a changed process](https://thestandardsnavigator.com/tag/as9102). AS9102 is the standardized method for documenting that verification.

[AS9100D does not prescribe the AS9102 form set by name](https://legalclarity.org/as9102-forms-1-2-3-first-article-inspection). The contractual obligation to use AS9102C comes from the purchase order and customer flowdowns. An ISO 9001-certified machine shop has no obligation to meet AS9100 requirements for FAI. FAI illustrates the risk gap between ISO 9001 and AS9100. Beyond the standard itself, primes add their own clauses on top.

## Customer Flowdowns: How Prime Clauses Shape FAIR Requirements

Prime contractors treat AS9102C as the floor. Primes add supplemental quality clauses through purchase orders and supplier quality requirement documents. Those clauses commonly cover shorter production-lapse periods, customer concurrence on partial FAI scope, customer-specific form variants, portal submission and Nadcap approval for special processes.

[Nadcap requirements are embedded in major prime contractor supplier-quality documents](https://nimblemfg.co/as9100-vs-nadcap), so suppliers selling into those supply chains confirm Nadcap accreditation requirements for applicable special processes before submitting a FAIR. A requirements matrix that links each drawing or model callout and each process step to the governing clause, responsible supplier, required approval, objective evidence and FAIR location helps reconcile layered flowdowns.

Reconciling layered flowdowns starts with a requirements matrix that maps each flowed-down clause to its evidence and its FAIR location. From there, confirm the invoked AS9102 revision on the order and resolve conflicts in writing before submission rather than after a return. Suppliers must fold the customer submission, approval, retention, change-control and access requirements into their documented FAI process. AS9100 certification alone does not satisfy every prime-specific FAIR format, portal rule or government oversight condition.

## What a CNC Supplier’s Quality System Must Have to Deliver a Clean FAIR

A clean, first-pass FAIR depends on the whole quality system. The elements that make it repeatable include full material and process traceability, complete inspection reporting and CMM and GD&T capability matched to the tolerance.

Precision Advanced Manufacturing operates under AS9100D and ISO 9001:2015 registrations and is ITAR registered, which supplies that foundation. See Aerospace CNC Machining Quality Standards: A Buyer’s Guide for a full breakdown of what those registrations require.

Precision Advanced Manufacturing runs multi-axis CNC machining, including Swiss-type work in titanium and Inconel. In-house anodizing, passivation and plating keep special-process evidence inside the same quality system that produces the part.

Operations span two specialized locations in Anaheim, California, and Texas with multi-shift capacity that supports prototype-to-production continuity without a supplier change. That continuity matters for FAI. The production process verified at first article is the same process that runs at full rate, so the FAIR represents actual production conditions rather than a one-time setup.

[Explore program fit with Precision Advanced Manufacturing](https://precisionam.com/request-a-quote/?utm_term=first-article-inspection-aerospace-cnc&utm_campaign=ai_growth_agent)

## Conclusion and Next Steps

Passing FAI review the first time depends on a disciplined sequence. Confirm the revision, balloon everything including notes and finish callouts, run the documented re-accomplishment evaluation on any qualifying change, reconcile flowdowns before submission and conduct a peer review before sending.

Most rejected packages trace their root cause to Form 3. First article inspection in aerospace CNC machining tests the quality system as much as the part. A supplier built for it, with certified processes, traceable materials and inspection capability matched to the tolerance, removes the rejection cycle from the program schedule. Precision Advanced Manufacturing’s team is available to discuss FAI requirements and program needs.

[Connect with our team about upcoming FAI work](https://precisionam.com/request-a-quote/?utm_term=first-article-inspection-aerospace-cnc&utm_campaign=ai_growth_agent)

## Frequently Asked Questions

### What Is the Difference Between a Full FAI and a Partial FAI Under AS9102C

A full FAI documents every applicable design characteristic across all three AS9102 forms and applies to the first production run of a new part or broad changes. A partial FAI re-verifies only the characteristics affected by a specific change and references a baseline full FAIR for the unchanged characteristics. Form 1 records the baseline part number, revision and reason for the partial scope. A new manufacturing source still needs a full FAI, as covered above.

### What Are the Most Common Reasons a FAIR Gets Rejected by an Aerospace Prime

Most returns are documentation and traceability failures rather than dimensional ones. Typical causes include missing characteristics on Form 3, incomplete special-process certifications on Form 2, drawing revision mismatches, positional tolerances supported only by raw coordinates, unsigned or incomplete form fields and undisclosed nonconformances. A peer review against the ballooned drawing before submission catches many of these issues before they reach the customer.

### How Does Ballooning Work for Model-Based Definition Versus a 2D Drawing

For a 2D drawing, every dimension, geometric control, surface finish callout and verifiable note receives a unique balloon number that maps to exactly one row on Form 3. For model-based definition, the product manufacturing information embedded in the 3D model serves as the source, and each PMI annotation maps to a characteristic number in a continuous sequence across saved views. The supplier confirms the authority file, records that file identifier and revision on Form 1 and labels any derived 2D reference sheet as reference only, with the 3D model governing.

### How Do Prime Contractor Flowdowns Add Requirements on Top of AS9102C

AS9102C establishes the baseline requirements, and prime contractors layer additional obligations through purchase orders and supplier quality requirement documents. Common additions include shorter production-lapse periods, customer concurrence on partial FAI scope, customer-specific form variants, portal submission requirements and Nadcap accreditation for special processes. A requirements matrix that maps each flowed-down clause to its evidence and its FAIR location, along with a confirmed AS9102 revision on the order, keeps those obligations visible and enforceable.

### Does AS9100D Certification Mean a Supplier Is Ready to Deliver a Compliant FAIR

AS9100D certification establishes that a supplier operates a quality management system meeting the aerospace standard, including a process for production process verification under clause 8.5.1.3. Certification alone does not ensure a compliant FAIR package. The contractual obligation to use AS9102C forms comes from the purchase order and customer flowdowns. A capable supplier also maintains CMM and GD&T capability matched to the tolerance, full material and process traceability, complete special-process evidence from approved sources and a documented FAI process that incorporates customer-specific submission, approval and retention requirements.

## What to Read Next

- [AS9102C First Article Inspection for Aerospace Machining](https://precisionam.com/articles/first-article-inspection-aerospace-machining/)
- [Aerospace CNC Machining Inspection Reports: A Field Guide](https://precisionam.com/articles/aerospace-cnc-machining-inspection-reports/)
- [CNC Machining First Article: What a FAIR Must Contain](https://precisionam.com/articles/cnc-machining-first-article/)
- [Defense Machining FAI: Build an AS9102 FAIR Primes Accept](https://precisionam.com/articles/defense-machining-first-article-inspection/)
- [Aerospace Inspection Package: A 7-Step Documentation Guide](https://precisionam.com/articles/aerospace-machining-inspection-documentation/)

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## Citations

- [Defense Machining FAI: Build an AS9102 FAIR Primes Accept](https://precisionam.com/articles/quality-compliance/defense-machining-first-article-inspection/)
- [How To Qualify ITAR CNC Machining in Austin: A Buyer Guide](https://precisionam.com/articles/quality-compliance/verify-itar-cnc-machining-austin/)
- [Precision CNC Traceability: How To Verify It Before Awarding](https://precisionam.com/articles/quality-compliance/precision-cnc-traceability-system-guide/)
- [Verify an AS9100D ITAR Machining Supplier in 5 Steps](https://precisionam.com/articles/quality-compliance/verify-as9100d-itar-machining-claims/)
- [Traceability CNC Machining: A Buyer’s Verification Guide](https://precisionam.com/articles/quality-compliance/traceability-cnc-machining-austin/)

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