Larry Walton

Larry Walton serves as Program Manager for the FA8823 Sustainment MCPNT SSC/PKL within the Department of the Air Force, where he oversees the lifecycle sustainment and modernization of critical aerospace and space-based systems. His role centers on managing technical acquisitions for guided missile systems, satellite communications platforms, and global positioning infrastructure, ensuring operational readiness and mission continuity for national defense priorities. Walton leads the planning, solicitation, and award of contracts aligned with long-term sustainment strategies, coordinating closely with engineering, logistics, and acquisition stakeholders to align procurement with technical requirements and force modernization goals. While no specific contractor relationships are currently identifiable in the data, Walton’s procurement activity consistently engages specialized design and engineering firms capable of delivering advanced technical solutions for complex space and missile systems. His working relationships are characterized by a focus on technical excellence, systems integration expertise, and sustained performance support, often requiring vendors with deep domain knowledge in aerospace architecture and mission-critical software development. Walton’s contracting activity reflects a 100% preference for non-set-aside procurements, indicating a focus on open competition driven by technical merit rather than socioeconomic criteria. This pattern suggests that mission-critical requirements and the specialized nature of the systems being sustained necessitate broad, unrestricted competition to ensure access to the highest-capability providers in the aerospace and defense technology sector. His primary procurement focus is under NAICS 541490 (Other Specialized Design Services), underscoring his emphasis on advanced engineering design, systems analysis, and technical integration services for space and missile platforms. He procures services related to system sustainment engineering, signal processing, navigation architecture refinement, and command-and-control system modernization, demonstrating deep expertise in the technical domains of space systems engineering and defense aerospace sustainment.