FRCE produces first flight-certified metal AM parts at North Carolina depot

Fleet Readiness Center East (FRCE) at Marine Corps Air Station Cherry Point, North Carolina, has manufactured and installed the first flight-certified metal additively manufactured parts on operational military aircraft. Using laser powder bed fusion (LPBF), FRCE produced components from Ti-6Al-4V and 316L stainless steel that passed fatigue and durability testing required for flight certification. The depot-level maintenance facility aims to reduce reliance on external suppliers for low-volume spare parts, cutting repair turnaround times and logistics costs for the U.S. Navy and Marine Corps aviation fleet.

This milestone is a concrete instance of the aerospace qualification grind pattern reaching a new inflection point: a government-operated maintenance depot, not a commercial OEM, has cleared the certification barrier for metal AM in flight-critical applications. FRCE's achievement matters because it demonstrates that the qualification burden — historically the steepest barrier in aerospace AM adoption — can be overcome within a military sustainment ecosystem that controls both the part design authority and the certification pathway. The depot bypasses the typical 10-15 year commercial aerospace qualification cycle by operating under military airworthiness standards, effectively creating a parallel qualification track that could accelerate adoption across the broader defense logistics network. This directly updates the ongoing debate about whether metal AM can move beyond tooling and non-structural applications into primary flight hardware.

For the defense AM community, the practical takeaway is that depot-level qualification is now a proven path, not a theoretical possibility. FRCE must now demonstrate repeatability across a broader part portfolio and prove that per-part certification costs remain manageable at scale. The U.S. military's other depots — Tinker, Robins, Ogden — will be watching closely to determine whether to replicate FRCE's certification framework or develop their own. The next signal to track is whether FRCE publishes its qualification methodology or keeps it as an internal process.