Aircelle (Safran) has complete design, production, and integration responsibility for the nacelles on Silvercrest jet engines produced by Snecma (Safran) to power Dassault Aviation's next-generation Falcon 5X.
The Falcon 5X's nacelles benefit from Aircelle's expertise in the business jet sector, contributing to the performance and operability of this new twin-engine aircraft that was unveiled at the 2013 NBAA convention in Las Vegas, Nev.
"This marks a new step in Aircelle's engine nacelle leadership position for business jets, and builds on our supply of nacelles and thrust reversers for the tri-jet Falcon 7X," says Aircelle chairman and CEO Martin Sion.
Features of Falcon 5X nacelles include Aircelle's increased use of composite materials for lighter weight, the broader application of acoustic treatment for quieter operation, and a direct airflow design aft of the fan for improved fuel efficiency.
Aircelle's innovation also extends to the Falcon 5X nacelles' production. This process will apply the most modern tools and techniques – including robotic systems and automated assembly line – providing improved ergonomics from the production of composite components to the nacelle's integration.
The Falcon 5X nacelle is composed of the air inlet, inner and outer fan duct, fan cowl doors, and the patented Aircelle PERT thrust reverser. The PERT design uses two blocker doors that serve as the engine's exhaust exit during flight, and which are deployed on landing for the reverse thrust function. This concept combines thrust reverser effectiveness with an optimized weight.
Source: Aircelle
Latest from Aerospace Manufacturing and Design
- Muratec USA announces strategic Mid-Atlantic partnership with Alta Enterprises
- Blue laser scanner for CMMs
- Archer reveals plans for Miami air taxi network
- Threading tool, gage lines expanded
- #55 Lunch + Learn Podcast with KINEXON
- Boeing to build 96 AH-64E Apache helicopters for Poland
- SIDEKICK automation solution
- Ohio awards $10.2M for new defense, aerospace, tech R&D statewide