Velo3D Awarded $9.8 Million Five-Year IDIQ Contract by US Department of Defense for JAMA Pilot Parts Program. Velo3D has secured a $9.8 million, five-year Indefinite Delivery Indefinite Quantity contract to support the Defense Logistics Agency Joint Additive Manufacturing Acceptability Pilot Parts Program. Under the leadership of CEO Dr. Arun Jeldi, the Fremont, California-based company will utilize its industrial-scale LPBF systems, which feature build volumes up to 600mm in diameter and one meter in height, to manufacture complex metal components. The contract aims to address supply chain obsolescence and improve sustainment readiness for the Army, Navy, Air Force, Marine Corps, and Space Force by establishing repeatable technical qualifications for additively manufactured spare parts.

This contract positions Velo3D as a critical supplier within the defense industrial base, directly competing with established metal AM providers like EOS and SLM Solutions for government sustainment contracts. By focusing on the JAMA program, Velo3D is addressing the significant market gap in certifying and producing legacy components that are no longer supported by traditional casting or machining supply chains. The move underscores a broader trend of defense agencies shifting toward distributed manufacturing models to mitigate inventory risks and reduce lead times for mission-critical hardware. Velo3D's ability to provide in-situ process monitoring and high-fidelity LPBF output is a key differentiator in meeting the stringent qualification standards required for military-grade hardware.

For Velo3D, the primary challenge will be scaling its Rapid Production Solution framework to meet the diverse, low-volume, high-complexity requirements of the DLA over the five-year term. Success in this program depends on the company's ability to maintain consistent part quality across its fleet while navigating the rigorous documentation and certification workflows mandated by the Department of Defense. Buyers and stakeholders should focus on the company's throughput efficiency and the speed at which it can transition parts from initial qualification to full-scale operational deployment.