There is no single universal list that applies to every aerospace shipment. The required digital document package is driven first by the purchase order, drawing and specification flowdown, customer quality clauses, and the part or process risk. If those sources conflict, the contractual requirement usually governs, but many plants also impose receiving and portal-specific submission rules.
That said, aerospace suppliers commonly submit some combination of the following digitally with each shipment:
For many programs, the minimum practical digital package is a packing list, a conformance document, and enough lot or serial traceability to let receiving and quality match the shipment to the PO and the approved manufacturing record. Beyond that, requirements expand quickly for special processes, source inspection, delegated inspection, FAI, raw material control, and defense-related data handling.
The documents themselves are only part of the requirement. Customers usually care just as much about whether the digital submission is complete, current, legible, revision-aligned, and traceable to the exact shipped items. Common failure modes include:
In practice, a shipment can be physically correct and still be held at receiving because the digital evidence package is incomplete or mismatched.
Not necessarily. Many aerospace customers accept digital documents, but acceptance method varies by customer and site. Some require supplier portal upload. Some expect ASN data plus attachments. Some still require a paper copy in the box even when digital records are submitted in parallel. Others accept only specific templates or e-signature methods. You have to verify the customer-specific rule set rather than assume that a PDF email attachment is sufficient.
This is also why full replacement strategies often fail in regulated aerospace environments. Suppliers and customers usually operate across mixed ERP, MES, QMS, PLM, and portal stacks with long-lived assets and qualified processes. Replacing everything at once creates qualification burden, validation cost, downtime risk, and traceability gaps. In most brownfield environments, the realistic approach is controlled coexistence: generate the shipment record from existing execution and quality systems, map required fields into the customer-facing format, and maintain version control and audit trail across systems.
If your current process cannot reliably produce that package without manual rekeying, spreadsheet stitching, or last-minute document hunting, the risk is not just administrative. It affects dock-to-stock performance, dispute resolution, and confidence in traceability.
So the short answer is: submit the exact digital records required by the customer contract and flowdown, but expect the baseline to include shipment identification, conformance evidence, and traceability records, with material, process, inspection, FAI, or deviation documentation added when applicable.
Whether you're managing 1 site or 100, Connect 981 adapts to your environment and scales with your needs—without the complexity of traditional systems.
Whether you're managing 1 site or 100, C-981 adapts to your environment and scales with your needs—without the complexity of traditional systems.