COMMERCIAL AEROSPACE
Celebrating over 120 years of aerospace heritage, our legacy dates back to Orville and Wilbur Wright’s first flight in 1903 and Glenn Curtiss, the father of naval aviation. Today, Curtiss-Wright continues to achieve aerospace advancements in delivering technologies that enhance safety, reliability, and efficiency to serve the aerospace markets.
Cockpit & Cabin
- Pilot Controls Position Sensors
- Cabin Environmental Controls & Valves
- Parylene Conformal Coatings PCBs
- Flight Test Instrumentation
- Flight Data Recorders & HUMS
Airframe & Utilities
- Door Actuation, Locking & Position Sensing
- Engineered Coatings
- Shot & Laser Peening
Wings & Flight Controls
- Electro-mechanical (EM) Flight Control Actuation Systems
- Flight Control Position Sensors & Solenoid Valves
- Engineered Coatings
- Shot & Laser Peening
Landing Gear & Braking
- Gear & Uplock Position Sensing
- Nosewheel Steering Sensors
- Solenoid Valves for Hydraulic Controls
- Electric Brake Actuation
- Engineered Coatings
- Shot & Laser Peening
Test, Maintenance & Monitoring
- Materials Testing & Analytical Services
Engine & Nacelles
- Fuel Control & Variable Geometry Position Sensors, Valves & EM Actuation
- Extreme High Temperature Sensors & Valves
- Thrust Reverser EM Actuation, Sensors & Valves
- Engineered Coatings
- Shot & Laser Peening
First Flight to New Frontiers Born from the legacy of the Wright Brothers, Curtiss-Wright has spent over a century pushing the boundaries of flight. With deep experience and a relentless drive to innovate, we are shaping the future of commercial aerospace. Our advanced aerospace systems and solutions enhance aircraft performance, support mission readiness, and drive the evolution of next-generation technology.
Ensuring Safe, Efficient, and Reliable Flight Operations. Behind every takeoff and landing are the highly-engineered technologies that help protect the lives aboard each flight. At Curtiss- Wright, we engineer our aerospace technologies with a core mission: to safeguard people while enhancing performance and reliability. Not only do our innovative solutions deliver the highest levels of safety, efficiency, and reliability, our decarbonization solutions support environmentally friendly aviation.
From flight-critical actuation systems and real-time monitoring systems to surface treatments to fire detection and suppression systems, we support safer, smarter, and more sustainable flight – for passengers, crews, and the planet.