Heavy maintenance check

Aerospace MRO routing is usually more complex because the work cannot be fully defined in advance. Actual condition, inspection findings, service bulletins, part availability, approvals, and repair limits can all change the path mid-job. That creates more branching, rework loops, traceability demands, and coordination across legacy ERP, MES, QMS, and maintenance systems.

Most aerospace MRO digital pilots run 3–9 months from kickoff to close‑out, depending on scope, data readiness, approvals, and integration depth. Shorter 6–8 week “sandbox” trials are possible, but anything touching live workscopes, traceability, or integrations usually extends due to validation, customer approvals, and change control.

OEM tribal knowledge transfers best when it is converted into controlled, configuration-specific work content, training evidence, inspection criteria, and feedback loops. It is not solved by sending manuals alone, and it depends on IP rights, export controls, validation, and integration with existing MES, PLM, QMS, and MRO systems.

Link MRO records that change, verify, explain, or rely on the original as-built condition: asset identity, configuration, inspections, repairs, parts consumed, nonconformances, approvals, test results, and release records. The exact scope depends on program, customer, regulatory, and system constraints.