PRESS RELEASE
Issued by: Safran Landing Systems
Airbus has announced its selection of Messier-Bugatti (a SAFRAN Group company) to design, develop and manufacture the wheels and carbon brakes for its new A350XWB long-haul commercial jet.
The brakes are based on Sepcarb®III OR carbon disks, the benchmark in today's market, offering the lowest wear and best friction performance in the world. Messier-Bugatti will also supply the two nose wheels and eight main wheels for the different versions of this aircraft. The wheels and brakes for the A350XWB will be "eco-designed" and "eco-produced", in particular using hydro-soluble paints and completely eliminating chrome.
Messier-Bugatti will call on its state-of-the-art technologies to meet the economic, performance, reliability and environmental requirements of the new A350XWB.
Messier-Bugatti was already selected in February 2008 to provide all landing and braking control systems for this new family: braking, steering, landing gear extension/retraction and wheel, brake and landing gear monitoring.
With this latest contract, along with that won by Messier-Dowty for the landing gear, the A350XWB will generate total sales for SAFRAN of approximately $11 billion.
| Contact details from our directory: | |
| Airbus S.A.S. | Airframer |
| Safran Landing Systems | Carbon Brakes, Aircraft Landing Gear, Aircraft Wheels, Oil Pressure Monitoring Equipment, Brake-by-Wire Systems, Electrohydraulic Brakes, Electrical Brakes, Steering Systems, Electronic Control Equipment, Landing Gear Controls, Hydraulic Systems & Equipment, Tyre Pressure Monitors, Hydraulic Filters, Electrohydrostatic Actuators, Hydraulic Brakes, Engine Controls, Anti-Skid Brakes & Systems, Brake System Components, Helicopter Landing Gear, Helicopter Wheels |
| Related aircraft programs: |
| Airbus A350 |
| Related directory sectors: |
| Landing Assemblies |
Weekly news by email:
See the latest Bulletin, and sign up free‑of‑charge for future editions.
Textron adds avionics and ignition upgrades across Cessna piston range
Elysian pushes electric E9X towards detailed design
Regent Seaglider autonomous drone completes first near-water test flight