The latest edition of the Handbook of Brazilian General Aviation published here at LABACE this week by industry group ABAG shows that private use of aircraft by individuals and companies still dominates fleet utilization in Brazil. The number of aircraft available for air taxi use has only risen slowly over the past three years.
GE has completed its acquisition of Turin, Italy-based Avio’s aviation components and systems business for $3.4 billion. Renamed Avio Aero, the new division furthers GE’s participation and expertise in the areas of mechanical transmission systems, low-pressure turbines, combustion technology and automation systems. Avio Aero has content on several GE engines, ranging from the CT7/T700 turboshaft series for helicopters to the GE90 and GEnx turbofan engines for airliners.
F-35 engine manufacturer Pratt & Whitney has started sustainment planning for the aircraft’s F135 turbofan even as F-35s continue flight-testing. “The F135 program is in an interesting place,” Bennett Croswell, Pratt & Whitney Military Engines president, said at a Paris Air Show press briefing on June 19. “We’re in all three phases of the lifecycle of the program. We are still in development; we are producing F135 engines; and now we are in sustainment as well.”
Crane Aerospace & Electronics (Hall 4 A188), a supplier of systems and components for critical aerospace and defense applications, announced selections of several of its products for the Paris Air Show audience.
Pratt & Whitney has selected Crane to provide the lube and scavenge pumps for the Pratt & Whitney PurePower PW1100G-JM geared-turbofan engine for the Airbus A320neo and the PW1400G for the Irkut MC-2.
John Garrison, president and CEO of Bell Helicopter, announced yesterday morning at the Paris Air Show that it is developing a new “short, light single” (SLS) helicopter that will be powered by a Turbomeca Arrius 2R turboshaft engine. The new, “clean sheet” aircraft, which Garrison said is expected to fly next year, will be the first Bell helicopter to be powered by a Turbomeca engine. Certification of the new helicopter will take place “as quickly as possible” after the first flight.
Despite some vacillation by ATR and Bombardier, who are still studying the form their respective 90-seat regional airliners might take, development of Pratt & Whitney Canada’s new turboprop engine continues on a “critical path” to an expected launch next year, according to Richard Dussault, company vice president of marketing.
CFM International claims it is behind a revolution in the use of advanced materials for its Leap series of engines for single-aisle aircraft, that gives it a durability and maintainability edge over the competing Pratt & Whitney PurePower geared turbofan.
As Pratt & Whitney Canada (Chalet (A) 330) saw revenues from its business jet engine segment suffer through one of the industry’s steepest downturns in history, the company’s highly diversified product line has allowed it to, as P&WC president John Saabas put it, “ride the wave” of fortune in other sectors and consolidate its leading position in the small engine business.
Pratt & Whitney CEO David Hess doesn’t spend time lamenting his company’s decision to forgo a bid for a place on Boeing’s proposed 777X. In fact, during a recent interview with AIN at his company’s campus in West Palm Beach, Florida, Hess expressed not an inkling of regret, evidently taking comfort in the narrowbody market’s virtually unequivocal acceptance of his company’s geared turbofan platform. “Our plate’s pretty full right now,” said Hess.
Embry-Riddle Aeronautical University in Prescott, Ariz., will incorporate five turbofan components from previously repaired engines, a donation from Snecma America Engine Services (Sames), into its aerospace and mechanical engineering programs.
The donated items (a fan shaft assembly, thrust bearing, compressor rotor shaft, fuel manifold ring and high-pressure turbine rear shaft) came from a CFM56-5A, the engine that powers single-aisle aircraft such as the Airbus A319 and A320. The components will help expand engineering students’ understanding of turbine engines.