Thales’ offer in cockpit, cabin and air traffic control (ATC) electronics is evolving into a comprehensive “connected aircraft” concept. The company (Hall 4 Innovation Zone A21) is studying how flight-deck connectivity can piggyback on the satellite communications equipment installed for the passenger cabin. Here at the Farnborough Airshow for the first time is the Avionics 2020 cockpit demonstrator, featuring cockpit-pilot datalink communications (CPDLC).
Messier-Bugatti-Dowty–part of Safran Group (Hall 4 Innovation Zone Stand A7), which is providing the landing gear for the Airbus A350–has signed a contract with Japan’s Kobe Steel to supply the French company with titanium forgings for the main landing gear of the Airbus A350 XWB.
Rolls-Royce (Hall 4 Stand H3) is maintaining a continuous effort to improve in-service Trent performance, both for production engines and as retrofits. The newest version of the Trent 1000–the TEN for the Boeing 787-8,-9 and -10–is to be certified next year.
Rich Oldfield, GKN Aerospace technical director, told AIN that technology remains at the heart of the company’s ability to succeed in the market and it invests heavily, especially in composites, metallics and developing a “niche portfolio in transparencies, protection systems and coatings, which many of our competitors don’t have.” Alongside this are “important technologies in inspection, assembly and automation.”
Prospects for the much-anticipated launch of the Airbus A330neo appeared to be strengthening on the eve of the 2014 Farnborough International Airshow. While the European airframer was officially remaining tight-lipped on plans for the re-engined model, this has done little to dispel Reuters and Bloomberg reports of a launch announcement this week, citing sources close to the program. In particular, Hawaiian Airlines confirmed that it is actively considering the A330neo as a possible alternative to the A350-800.
Debuting its new 787-9 widebody here at the Farnborough International Airshow yesterday, Boeing fired off an aggressive opening salvo against its rival Airbus. According to the U.S. airframer’s marketing vice president Randy Tinseth, if Airbus goes ahead with its anticipated launch of the re-engined A330neo this week it will prove that its A350 program is a failure.
Airbus A350-1000 manufacturing is under way, with Airbus reporting last month the laying up of the first carbon fiber elements, to be followed in the coming weeks by the first cutting of metal parts, according to program executive vice president Didier Evrard. Establishment of systems-installation design maturity is said to be “on plan,” while work continues on the variant’s structural design phase, which will permit the start of engineering drawing. Structural design maturity “incorporating all requirements” also was completed by mid-June.
Rolls-Royce last month opened its new advanced engine disc manufacturing facility at Washington in the northeast of England. When it is fully operational in 2016, the 194,000-sq-ft (18,000 sq m) factory will have the capacity to make 2,500 fan and turbine discs each year for various Trent engines, including the new Trent XWB that powers the Airbus A350XWB.
Rolls-Royce is confident that other customers will take up the 70 Airbus A350-900XWB and -1000XWB production positions released when Emirates Airline canceled its order on June 1, and says demand remains strong for the new twin-aisle twinjet, which is powered exclusively by R-R Trent XWB engines. The loss reduced the manufacturer’s orderbook by £2.6 billion (excluding the value of “TotalCare” support contracts), or about 3.5 percent.
By the end of September, Airbus expects to have received European Aviation Safety Agency type certification for the A350 ahead of delivery of the first two aircraft– manufacturer’s serial numbers (MSNs) 006 and 007–to Qatar Airways by the end of the year. The final flight-test aircraft, MSN005, flew on June 20–a year and six days after the type’s maiden flight.