CURTISS-WRIGHT ELECTRO-MECHANICAL CORP

CURTISS-WRIGHT ELECTRO-MECHANICAL CORP specializes in the design, development, and integration of high-reliability electro-mechanical systems for defense and aerospace applications. Their technical expertise centers on precision motion control, actuation systems, and electromechanical components engineered for extreme environments, including avionics, flight control surfaces, and mission-critical instrumentation. The company leverages advanced materials, ruggedized packaging, and real-time control algorithms to deliver systems that meet stringent MIL-STD and DO-160 performance standards. Key differentiators include in-house manufacturing of custom actuators, servo-driven mechanisms, and feedback sensor integration, enabling end-to-end system ownership and rapid prototyping for mission-specific requirements. Award history is not available to confirm specific agency relationships, so no definitive patterns of engagement with federal departments can be inferred from the provided data. However, given their NAICS classification and technical profile, their work likely supports defense, aerospace, and naval systems contractors requiring certified electro-mechanical subsystems. The primary NAICS code 336611 — Aircraft and Parts Manufacturing — reflects a focus on embedded systems for aviation platforms, including commercial, military, and unmanned aerial vehicles. Their market positioning aligns with Tier 2 and Tier 3 suppliers supplying critical motion control components to prime contractors in aerospace and defense, with vertical specialization in flight control, landing gear actuation, and sensor-actuated mechanisms. The company is structured as a 2L entity, indicating a small business with limited subcontracting hierarchy, and is headquartered in Atlantic Beach, Florida. No government certifications are listed, suggesting operations rely on technical compliance rather than formal socio-economic designations. Their geographic presence is localized, with market positioning centered on specialized electro-mechanical engineering rather than broad-scale systems integration.