Tavetia Carter

Tavetia Carter serves as a key procurement professional within the FA8656 Aflcmc Ebx, a critical unit of the Department of the Air Force focused on accelerating the development and fielding of next-generation strike systems. Responsible for managing complex research and development acquisitions, Carter oversees the solicitation and award of contracts for advanced missile technologies, hypersonic weapon systems, and precision-guided munitions integration. Their work directly supports the agency’s mission to rapidly prototype and deploy cutting-edge air-launched strike capabilities, ensuring technical innovation aligns with operational readiness timelines. Carter typically handles sole-source and competitive R&D contracts requiring deep engineering expertise and stringent systems integration standards. Carter’s contractor relationships center on defense prime contractors and specialized engineering firms with proven capabilities in missile systems architecture, guidance and control technologies, and weapon-aircraft interface development. While no specific vendors are publicly identified, their procurement pattern reflects a preference for established aerospace and defense innovators with demonstrated success in classified and high-acceleration programs. Collaborations are typically structured around performance-based acquisition frameworks, emphasizing technical milestone adherence and rapid iteration cycles. Carter’s contracting portfolio shows a 100% preference for non-set-aside awards, indicating a focus on technical capability over socioeconomic classifications. This reflects the highly specialized nature of the missions under their purview, where mission-critical performance and proprietary technological expertise take precedence over small business set-asides. While socioeconomic programs are not prioritized, all procurements remain compliant with federal acquisition regulations and full and open competition requirements. The agency’s sole NAICS focus on 541715 underscores Carter’s specialization in physical and engineering research and development. They procure advanced systems engineering services, computational modeling, propulsion integration, and guidance system prototyping—domains requiring deep expertise in hypersonics, aerodynamics, and weapons systems architecture. Their procurement strategy is laser-focused on securing technical partners capable of advancing the next generation of air-launched strike platforms.