Capt David Sandridge

Capt David Sandridge serves as a key procurement lead for the Commanding Officer (N63394) under the Department of the Navy, responsible for managing critical acquisitions that sustain and modernize naval aviation and electronic warfare systems. He oversees the procurement of aerospace components, mission-critical electronic assemblies, and cybersecurity-enabled communications infrastructure to ensure operational readiness across fleet platforms. His portfolio centers on engineering services and high-reliability hardware that support sensor integration, avionics upgrades, and electronic attack systems, aligning directly with the Navy’s strategic imperatives in air dominance and electronic spectrum control. Capt Sandridge maintains primary contracting relationships with AEROSPACE & COMMERCIAL TECHNOLOGIES, LLC and LOCKHEED MARTIN CORPORATION, partnering with established defense prime contractors known for advanced systems integration and defense-grade manufacturing. These relationships are characterized by long-term, performance-based contract vehicles that emphasize technical innovation, supply chain resilience, and compliance with military specifications. His procurement approach prioritizes proven capabilities over emerging vendors, favoring established industry leaders with demonstrated experience in naval aviation environments. There is no use of socioeconomic set-asides in his contracting activity; all awards are conducted as full and open competitions, reflecting a mission-driven emphasis on technical capability and urgency over socioeconomic preferences. This reflects a deliberate focus on mission-critical timelines and the need for proven, high-assurance systems without administrative delays. His primary NAICS codes—336991 and 811310—reflect an unusual but intentional focus on specialized manufacturing and maintenance of complex mechanical and electromechanical systems critical to aircraft and electronic warfare platforms. Though seemingly non-traditional, these codes encompass precision component fabrication and high-integrity repair of mission-critical assemblies, indicating deep expertise in sustaining legacy and next-generation naval aerospace systems through targeted industrial base engagement.