FRCE delivers first flight-certified metal 3D printed parts to US Navy fleet

Fleet Readiness Center East (FRCE) at Marine Corps Air Station Cherry Point, North Carolina, has delivered its first flight-certified metal additive manufactured parts to the fleet, marking a milestone in naval aviation sustainment. Working with the Naval Air Systems Command (NAVAIR) Additive Manufacturing Team and Fleet Support Teams, FRCE qualified, produced, and certified three non-flight-critical aircraft parts in under six months: a weapons pylon fitting for the AH-1Z Viper, a main landing gear repair fitting for the V-22 Osprey, and a blanking plate for the C-130 Hercules. The parts were produced using laser powder bed fusion (LPBF) with aluminum powder. The depot also completed its formal capability demonstration in that compressed timeline, validating that the 3D-printed metal parts meet the same safety and quality requirements as traditionally manufactured components.

This achievement sits squarely within the aerospace qualification grind pattern — a 10-to-15-year journey from concept to embedded production — but with a notable acceleration. FRCE compressed qualification, production, and certification into six months, which the team lead described as the fastest such process within NAVAIR. The significance lies not in technical novelty but in institutional repeatability: the depot has now demonstrated that metal AM can bypass traditional supply chain delays for parts that are difficult to source through conventional channels. The pylon fitting, landing gear repair fitting, and blanking plate are non-flight-critical, but they represent the first step toward flight-critical parts. FRCE plans to expand to stainless steel, which would enable a wider range of structural and safety-critical applications. This is a concrete example of the defense vertical's politically accelerated adoption wave, where on-demand manufacturing directly addresses fleet readiness and supply chain vulnerability.

From an expert standpoint, the six-month qualification timeline is the real news — not the parts themselves. FRCE has shown that a government depot can match or beat industry standards for AM certification speed when organizational will and cross-team coordination align. The practical next step is scaling this process to flight-critical parts in stainless steel and other alloys, which will require additional qualification work but benefits from the same procedural foundation. For other defense depots and commercial aerospace MRO providers, this serves as a benchmark for what is achievable under current regulatory frameworks without waiving certification requirements.