Aerospace ERP: Odoo for Aerospace and Defense Manufacturers

Why aerospace work breaks a standard ERP setup

In aerospace, the paperwork counts as much as the part itself. A shipment arriving without a certificate of conformity, without material certification traced back to the mill heat, and without evidence that the first article was inspected against the correct drawing revision simply gets rejected. Standard ERP configurations track quantities and costs well enough but drop the certification chain entirely, which is why quality staff end up running a parallel folder system for every customer purchase order. Odoo can carry heat traceability, inspection evidence and controlled access just fine, but only if lot tracking, Quality and PLM are designed around the customer flow-down from the start rather than bolted on afterward.

Can you trace a finished part back to the mill heat number?

A customer flags a concern on a shipped assembly and asks for the raw material certification. The bar stock had come in against a purchase order and been cut into several different jobs, and the only link between the mill certificate and the specific finished serials lived on a whiteboard and a paper traveller.

Raw material gets tracked by lot right at receipt, with the heat number serving as the lot reference and the mill certificate attached directly to it, and Odoo MRP then consumes that lot into work orders so the genealogy is captured without anyone having to record it by hand. From any finished serial, you can pull the full upstream tree back to the heat, and going the other direction, you can list every part made from a suspect heat, turning what used to be a shipment-wide review into a targeted one.

Is first article inspection managed outside the ERP?

FAI packages typically only get assembled in spreadsheets and PDFs once the customer starts chasing them. Nobody can say for certain whether the current run is still covered by the last FAI, or whether a process change, a new tool or a drawing revision has quietly invalidated it, so parts end up shipping on an assumption rather than proof.

Inspection plans live on Odoo Quality control points with measured characteristics tied to the drawing revision held in Odoo PLM, so the inspection is bound to that revision rather than just the part number. Engineering change orders flag automatically when a change calls for a new first article, and results, attachments and sign-off all live on the manufacturing order that produced the article, ready to export straight into the customer package.

Can you prove who had access to controlled technical data?

Drawings, specifications and program data typically sit on a shared drive that most of the company can reach. ITAR or controlled goods work, though, requires demonstrating access control by person and nationality, and a shared folder offers no defensible record of who actually opened what.

Record rules and access groups in Odoo restrict controlled projects, documents, BOMs and manufacturing orders to a named list of authorised users, and attachment access follows the same rules automatically. Add document versioning in PLM plus Odoo's logging of reads and writes on restricted models, and you end up with a full per-user trail. Odoo isn't an ITAR certification in itself, rather it's the access control and evidence layer your compliance program can stand on.

What we implement for aerospace suppliers

• Lot and serial traceability from mill heat and supplier certificate through cutting, machining, treatment and assembly to the delivered serial number.
• Odoo Quality with first article inspection plans, in-process characteristics, non-conformance, material review board routing and scrap disposition.
• Certificate of conformity generation on delivery, customer flow-down requirements per purchase order and export-ready traceability packages.
• Odoo PLM for drawing revision control and engineering change orders, plus access groups and record rules for controlled technical data.