Justin Willcox

Justin Willcox serves as the primary procurement lead for the Asc Commodities Division within the Department of Defense’s Defense Logistics Agency Aviation, where he oversees the acquisition of mission-critical mechanical and electrical components essential to the operational readiness of military aircraft. His responsibilities include managing the full lifecycle of contracts for precision-engineered parts, including ball and roller bearings, wiring devices, and high-reliability fasteners that ensure structural integrity and electronic functionality across aviation platforms. He works closely with technical engineers and logistics teams to align procurement strategies with operational requirements, ensuring timely delivery of components that meet stringent military specifications and quality assurance standards. Willcox maintains a broad network of industrial suppliers specializing in aerospace-grade manufacturing, with consistent engagement with certified manufacturers of bearings and precision components. While no single contractor dominates his portfolio, he routinely collaborates with established defense suppliers and niche producers capable of meeting AS9100 and MIL-SPEC requirements. His contracting approach emphasizes technical capability, supply chain resilience, and consistent quality control over vendor size or geographic location. His procurement patterns show a 100% preference for non-set-aside contracts, reflecting a mission-critical focus on performance, availability, and technical compliance over socioeconomic preferences. This reflects the operational urgency and reliability demands of aviation maintenance, where component failure is not an option. While small business participation is not formally prioritized, vendors of all sizes must demonstrate proven capability in producing defense-grade parts. Willcox’s primary focus lies in NAICS 332991 (Ball and Roller Bearing Manufacturing), which accounts for over 90% of his acquisitions, underscoring deep expertise in bearing technologies used in turbine assemblies, landing gear, and flight control systems. A smaller portion of his portfolio involves specialty wood products for niche aviation applications. His domain knowledge centers on high-stress, high-precision mechanical systems critical to flight safety and long-term sustainment.