Parker Aerospace (Booth No. 5028) is celebrating the certification of its fly-by-wire flight-control system on the new Gulfstream G650 ultra-long-range jet and announcing EASA and Brazilian ANAC approval for new wheel and brake kits for several versions of the King Air turboprop.
Drive by wire
Gulfstream described G650 S/N 6001’s recent tests using the electrically powered fly-by-wire (FBW) backup flight-control actuation system as “flawless.” During a three-hour, 33-minute flight, test pilots Jake Howard and Gary Freeman and flight-test engineers Bill Osborne and Nathaniel Rutland evaluated the fly-by-wire system in electric backup actuation mode for two hours and 20 minutes, performing five landings with the backup system engaged
Gulfstream G650 flight-test aircraft S/N 6001 recently flew for the first time using only an electrically powered, fly-by-wire (FBW) backup flight-control actuation system, the Savannah, Ga.-based aircraft manufacturer announced yesterday.
Cessna has selected Parker Aerospace to supply the flight control system for its large-cabin Model 850 Citation Columbus. The contract is estimated at $400 million over the life of the program.
Cessna is adopting “hybrid” fly-by-wire technology to actuate the flight controls on the Citation Columbus, formerly known as the Large Cabin Concept jet. This is Cessna’s first use of fly-by-wire flight controls in a Citation design, and the system combines electronic and mechanical control of flight control actuators.
Whenever a manufacturer develops a new airplane, engineers have the opportunity to incorporate new technology into the design. With the large-cabin Columbus, Cessna engineers didn’t opt for a composite airframe or an all-electric systems architecture, but they have chosen an innovative approach to fly-by-wire flight controls.
Cessna announced today that the Citation Columbus 850 large-cabin business jet will employ “hybrid” fly-by-wire technology for the flight controls, using a system designed by Parker Aerospace. Parker is responsible for designing and manufacturing primary and secondary flight controls and high-lift, stabilizer trim and speed brake controls.
Eurocopter is investigating all-electric helicopter system architectures, including flight controls, with the goal of having them in service within 10 years. The Marignane, France-based manufacturer clearly intends to substitute electricity for current sources of energy for systems, such as hydraulics. The change is likely to result in lower maintenance costs and improved handling qualities.
Crane Aerospace & Electronics is here (Hall 5 Stand G17) celebrating its selection by EADS CASA to supply the braking and antiskid system for the Airbus A400M and taking the opportunity to showcase an innovative range of components and subsystems that combine sensor and electromechanical technology.