AS9100 & RTLS — aerospace tool accountability.
Aerospace manufacturing and MRO operations are scored against AS9100D plus customer-specific requirements from Boeing, Airbus and Defence customers.
Tool control, FOD prevention and parts traceability are central, and RTLS / RFID is the layer that delivers them automatically. This is the operator-level summary.
What AS9100D requires from tool control
Clause 8.5 (Production and Service Provision) and related clauses require organisations to control products and processes throughout production.
For aerospace, the specific manifestations include calibrated-tool management (every tool used in critical processes must be identified, calibrated and accounted for),
FOD (foreign object damage) prevention controls covering tool issue, use and return, and parts traceability where individual items must be linked to lot, batch and process records.
RTLS and RAIN RFID are the dominant technologies for capturing this evidence without operator overhead.
FOD prevention as a system, not a procedure
FOD prevention has historically relied on shadow boards, manual sign-out logs and end-of-shift counts.
Modern aerospace prime contractors increasingly require system-level FOD controls: tagged tools, RFID-gate verification at sensitive zones, missing-tool alerts before aircraft / engine release.
The system makes FOD prevention auditable in real time rather than reconstructible after an incident. See our tool-control solution.
Customer-specific requirements (CSRs)
Each customer overlays additional requirements beyond AS9100. Boeing D6 series, Airbus EI standards, defence customer specifications and OEM tier-1 supplier requirements all add detail.
We map your customer specifications to the RTLS architecture at gate 1 so the deployment satisfies the strictest customer in your portfolio.
NADCAP and special-process accreditation
Where NADCAP special-process accreditation is required (e.g., chemical processing, NDT, welding), the traceability requirements deepen. Process steps, parameters, operator and equipment must all be captured contemporaneously.
RTLS contributes to the location and timing dimension of this trace; we integrate with the broader special-process records as part of stage 1 design.
Frequently asked questions
Is AS9100 alignment enough, or do we need certification?
Aerospace primes typically require certification, not just alignment. We deliver systems that survive certification audit, working alongside your quality team for the formal certification process.
How does this affect choice between RFID and RTLS?
RAIN RFID is the dominant technology for tool-cabinet check-in/check-out and FOD-gate verification. UWB or BLE-AoA RTLS adds zone-level real-time location for tools issued to the floor. Most aerospace deployments use both. See our tool-control solution.
Can we retrofit AS9100 compliance to an existing tool-control system?
Often yes, with explicit gap-analysis and remediation. We do this as part of programme rescue engagements.
How does this integrate with our existing calibration management?
Through API integration with calibration management systems (often Beamex CMX, Compliance Wire, or bespoke). Tools' calibration status flows into the RTLS platform so out-of-cal tools cannot be issued from the cabinet.
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