Curtiss Wright Controls Defense Solutions is a recognized defense & aerospace leader specializing in integrated performance-based electronic system solutions for rugged deployed applications. Our technology leadership enables us to engineer highly advanced turnkey system designs that meet and often exceed customer expectations. Our product and service expertise includes: mission and flight control computer systems, , netcentric computing, vehicle management computers, motion control, rate sensor assemblies, rugged high-speed data recording, and storage, engineered packaging (enclosures, chassis, subracks and backplanes), smart power management, sensor management, engineering (systems, electrical, integration/test, software and mechanical) and electronic manufacturing services.
Electronic Systems improves the competitiveness and success of our customers by mitigating schedule and performance risk with superior design, program management and manufacturing processes. We consistently achieve superior quality and on-time delivery performance ratings of over 98% with our state-of-the-art manufacturing center.
Reducing Size, Weight, and Power are the system design hurdles our customers face. Curtiss Wright Controls Defense Solutions helps by designing next-generation high performance interoperable systems with more computer power and bandwidth. With fully qualified, turnkey rugged subsystems proven to work together, our customers can replace cumbersome, power-hungry legacy electronics with compact, power-managed packaged solutions. We are an integration partner to our customers. Whether you need COTS products or custom engineering, we handle the design details so that you can focus on taking your system capabilities to the next level. Our success stories include advanced electronic subsystems on the Global Hawk UAV, V-22 Osprey, MH-60 Seahawk, LPD-17, Aegis Combat System, Patriot Missile System, M1A2 Abrams Main Battle Tank, M2A3 Bradley Fighting Vehicle, Stryker Mobile Gun System, HMMWV, and the Armored Security Vehicle.