Under the agreement, the Curtiss-Wright Controls Avionics & Electronics (CWC-AE) division will supply Eclipse with its ACS product. Curtiss-Wright’s ACS will infuse the aircraft with the ability to continuously monitor and control aircraft systems, such as flaps, landing gear, climate control, fuel management, autopilot, and flight envelope protection. In addition, the ACS will alert the pilot of abnormal system conditions, when necessary.
CWC-AE’s ACS will also host the Eclipse 550’s Full Authority Digital Engine Control (FADEC) units, which help to ensure that the engines are operating at peak performance and efficiency. Together, the ACS and FADEC units make up the Eclipse Avio Processing Center, the electronic heart of the aircraft. The Eclipse 550 features dual Eclipse Avio Processing Centers, each of which can control the aircraft and both engines independently, to ensure maximum reliability and operational safety.
Curtiss-Wright’s Aircraft Computer System (ACS) is designed to minimize downtime while reducing weight, interconnects, volume, logistics and maintenance costs. CWC-AE ACSs are versatile, reliable and highly responsive multifunctional Line Replaceable Units (LRUs) that combine many aircraft functions into one controller.
The CWC-AE division is manufacturing the products covered by this agreement at its City of Industry, CA facility. The products are being shipped to Eclipse Aerospace in Albuquerque, NM.
Unit shipments began in December 2012 and are expected to continue until 2016.
“The Aircraft Computer System, the flagship of our Avionics & Electronics group’s controller product line, showcases our capability to provide avionics subsystems that can control a wide variety of flight critical systems in a single Line Replaceable Unit,” says Tom Quinly, president of Curtiss-Wright Controls.