AS9102 First Article Inspection Template: What Belongs on Each Form

The FAI Bounces Back, and the Job Sits

A prime aerospace customer emails asking for the FAIR on a bracket you shipped last month. Your quality lead pulls together what exists: a router printout, a spreadsheet of dimensions, a photo of the material certification, and a memory of which operator ran the CMM. The prime doesn't want a narrative — it wants three specific forms, in the order the standard defines, with every characteristic traced back to the drawing and every material and process traced back to its source. You submit what you have, and it bounces: missing certifications on one form, a drawing characteristic that never made it onto another. The job sits. The invoice sits. And the prime's quality engineer starts asking pointed questions about your system.

That's a documentation-structure problem before it's a measurement problem. AS9102 doesn't just ask you to measure the part correctly — it asks you to prove, in a specific three-form structure, that the part number, the materials and processes, and every drawing characteristic are all accounted for and traceable back to the source. This article walks through what belongs on each of the three AS9102 forms and how to build (or buy) an AS9102 first article inspection template that mirrors that structure instead of fighting it.

What AS9102 Actually Requires Before You Build a Template

AS9102 is an SAE International standard. It defines First Article Inspection — a documented, characteristic-by-characteristic verification that a part number, built on your actual production tooling and process, meets every requirement on the engineering drawing before you run production quantities against it. The standard's text is copyrighted by SAE, so this article references form and clause numbers only; the exact field-by-field language belongs in the standard itself, and it's worth confirming your copy is current before you build anything from it.

A FAI is typically triggered at a part number's first production run, and again after specific changes — an engineering change to the drawing, a break in production, a change in manufacturing location, process, or tooling. Some customers narrow the FAI to only the characteristics affected by the change (a delta FAI); others require a full FAI covering the entire drawing. Which one applies is usually spelled out on the purchase order or the customer's supplier quality requirements, not in the base standard, so that's a detail worth confirming per contract rather than assuming.

The stakes are structural, not just administrative. Primes flow FAI requirements down through multiple supplier tiers, and a supplier who can't produce a clean, traceable FAIR risks source inspection or losing the award outright. That's the real cost of an AS9102 first article inspection template that doesn't hold up: not a paperwork correction, but a sourcing decision made against you.

AS9102 Form 1, 2, and 3 Explained: What Goes Where

The standard organizes FAI evidence into three forms, each with a distinct job. Understanding what belongs on each one is the foundation of any usable AS9102 first article inspection template — before you decide on a spreadsheet layout, a database schema, or a printed packet, you need to know which facts live where.

Form 1 — Part Number Accountability

Form 1 is the cover sheet: part number, part name or nomenclature, revision level, the reason for the FAI (initial article, engineering change, tooling change, new manufacturing source, or another trigger defined in the standard), and reference to the purchase order and drawing/reference documents with their revision levels. It's the record that ties the rest of the FAIR together and tells the reviewer, at a glance, why this FAI exists and what scope it covers.

Because Form 1 captures the reason for the FAI, it also functions as a scoping decision inside your own quality process: a full FAI covering every characteristic on the drawing, versus a delta FAI limited to the characteristics touched by a specific engineering change. Getting that scope wrong on Form 1 cascades into Form 3, where the characteristic list either includes too much or misses what actually changed.

Form 2 — Product Accountability: Materials, Special Processes, Functional Testing

Form 2 covers materials, special processes — heat treat, plating, NDT, coating, painting — and functional test results. For each material and special process called out on the drawing, this form asks you to trace a certificate of conformance or test report back to an approved source: the mill cert for the raw bar stock, the heat-treat vendor's furnace certification, the plating line's documented spec compliance.

This is where the paperwork gets hardest for a small shop, because every outsourced process generates its own certificate, in its own format, from its own vendor, on its own timeline — and Form 2 wants all of it assembled into one accountable record before the FAI can close. Functional test results, where the drawing or a referenced spec calls for proof load, pressure test, or electrical continuity, belong here too, tied to the specific test method and acceptance criteria.

Form 3 — Characteristic Accountability, Verification, and Compatibility

Form 3 is characteristic-by-characteristic accountability. Every dimension, note, and tolerance balloon on the engineering drawing gets a line: the characteristic number cross-referenced to the drawing balloon, the requirement or tolerance itself, the actual measured result, the measurement method or gauge used, and who verified it. Every characteristic on the drawing needs a home on Form 3 — there's no allowance for skipping the "easy" dimensions. A drawing with 140 called-out characteristics produces a Form 3 with 140 lines, and the labor to fully characterize a complex drawing doesn't scale the same way as the labor to machine the part — a detail many shops underestimate when they quote a first-article job at the same rate as a repeat-run job.

Given the size of Form 3 on a complex part, most shops that handle this well build a first article inspection form template as a living spreadsheet or table pre-populated with balloon numbers pulled straight off the drawing, so the inspector is filling in actual measured values against a known structure instead of re-deriving the full characteristic list from scratch on every FAI.

First Article Inspection vs. PPAP: Why the Forms Differ

If your shop also serves automotive customers, you've likely encountered PPAP — the Production Part Approval Process, governed by AIAG rather than SAE. PPAP shares the same underlying intent as AS9102: prove your process produces conforming parts before ramping to volume. But the documentation structure is different. PPAP organizes evidence around a defined set of elements (design records, process flow diagrams, control plans, and more, depending on the submission level required) rather than the three-form AS9102 layout, and it comes out of a different industry and governing body entirely.

The practical implication: if your shop runs both aerospace and automotive work, you need two separate template systems, not one template stretched to cover both. A prime auditing under AS9102 expects the three-form structure; an automotive customer auditing under PPAP expects the element-based package. Mixing them produces a submission that satisfies neither reviewer.

Building an AS9102 First Article Inspection Template That Mirrors the Standard

The most common mistake is building an AS9102 first article inspection template that mirrors your internal traveler layout instead of the three-form structure your customer's quality engineer is actually looking for. A traveler is organized around your shop's operation sequence; Forms 1, 2, and 3 are organized around part identity, process accountability, and characteristic verification. They're related documents, not the same document.

A template that holds up under review usually does a few things consistently: it builds Form 1, Form 2, and Form 3 as three distinct sections or tabs, organised around the same three subjects the standard addresses; it cross-references every Form 3 characteristic number directly to the drawing's balloon numbers, so there's no ambiguity about which measurement answers which requirement; it indexes vendor certificates against the specific process line item on Form 2 rather than dumping them in a folder; and it stores the completed FAIR alongside the job record so a delta FAI on the same part number can start from the prior submission instead of a blank page.

Primes flow FAI requirements down through multiple supplier tiers, and a supplier who can't produce a clean, traceable FAIR risks source inspection or losing the award — which is why the template structure matters as much as the measurements themselves.

Getting this right connects to broader shop-floor documentation discipline, not just the FAI packet in isolation — the same traceability habits that make an AS9102 submission defensible also tend to satisfy ISO 9001 shop-floor documentation expectations more generally.

Where a Traveler and Costing System Fits — and Where It Doesn't

WorkTickets generates the routing and traveler that carries a job through your shop, logs actual labor and downtime at each operation, and records scrap or rework tied to the operation that caused it. That operation-level history is useful input when a quality lead is assembling Form 3's "who verified this, on what run" detail, and the actual-vs-quoted labor data helps a shop see, after the fact, what a first-article job with a 140-line Form 3 really cost against what it was quoted.

What WorkTickets doesn't do is generate the AS9102 forms themselves. That's a deliberate fence: WorkTickets is a standalone, SaaS-native execution-and-costing layer that sits below full ERP, priced accordingly, rather than a platform trying to be the quoting engine, the inventory system, and the AS9102 documentation engine all at once. Full-suite platforms like ProShop bundle FAI documentation, routing, and quality management into one integrated ERP/MES/QMS system with quote-based, non-public pricing — a reasonable choice if a shop needs everything under one roof, but often more system than a 15-person shop needs to solve the traveler and costing problem on its own.

For the FAI paperwork itself, that's what a dedicated template is for.

Getting the Template

We built the AS9102 First-Article Inspection Template Pack around these same three subjects — part, product and characteristic accountability — as original working forms rather than copies of the standard's, with the characteristic form built to accept balloon numbers directly off a drawing. You can download the template pack and use it independent of any other software.

If the underlying problem is broader than the FAI packet — if you also can't say what a first-article job actually cost against what you quoted it, or where a recurring scrap defect is coming from — that's the traveler and job-costing layer, and it's worth trying with a 14-day trial.