SAFRAN POWER USA, LLC

Safran Power USA, LLC specializes in the design, manufacturing, and overhaul of mission-critical electrical and electromechanical components for defense and aerospace systems. Their core capabilities include the production of relay and industrial control systems, switchgear and switchboard apparatus, and aircraft auxiliary equipment such as starter generators, electromagnetic relays, and sensitive switches. The company demonstrates deep technical expertise in high-reliability electronic component manufacturing, precision switching systems, and power distribution architectures tailored for harsh operational environments. Their work supports avionics, propulsion control, and electrical power management systems, with a focus on ruggedized, MIL-SPEC-compliant hardware that meets stringent military and aerospace performance standards. The contractor maintains a strong relationship with the Department of Defense, supplying components for aircraft, ground vehicles, and naval platforms, while also supporting the Department of Homeland Security with overhaul and maintenance of critical aviation systems. Their most frequent engagements involve direct procurement of electronic subsystems and replacement parts for legacy and modernized military platforms, indicating a sustained role in sustaining existing defense infrastructure. Industry focus centers on NAICS 335314 (relay and industrial control manufacturing), 335313 (switchgear and switchboard apparatus), and 336413 (other aircraft parts and auxiliary equipment), reflecting specialization in power control and avionics support systems. The company operates as a Tier 2 supplier within the defense industrial base, providing niche components that enable system-level functionality in military aircraft and ground systems. Safran Power USA, LLC is a 2L entity based in Sarasota, Florida, with no publicly disclosed government certifications. Their geographic positioning supports regional defense logistics networks, and their market presence is defined by technical precision in electromechanical subsystems rather than broad system integration. They serve as a trusted source for specialized, low-volume, high-reliability components critical to mission-critical platforms.