Driven by the ambition to become world’s third largest turboshaft engine manufacturer after General Electric and Pratt & Whitney, France’s Turbomeca is pressing to establish a Russian partnership to develop and coproduce a new 3,000-shp engine based on the existing RTM322 powerplant and using the new Tech3000 core.
Turbomeca is negotiating with Russia’s United Engine Corp (Russian acronym ODK) to co-develop a new 3,000-shp engine based on the RTM322, but using the new Tech3000 core. The Safran subsidiary has already established a strong presence in Russia, with 200 engines in service and new ones selected to power the Ka-62 and Ka-226 helicopters.
H+S Aviation and Dallas Airmotive, both BBA Aviation companies (Booth 4246), have received the first RR300 engines under their recently awarded authorized maintenance repair and overhaul center agreement with Rolls-Royce. “The recent EASA certification of the [Robinson Helicopter] R66 will undoubtedly drive growth in Europe and we have responded by ramping up our support capabilities,” said Mark Taylor, managing director of H+S Aviation, also referring to BBA’s expertise with the Rolls-Royce M250.
The Turbomeca Arrius 2R turboshaft made its first ground run on April 29 at the company’s test facility in Bordes, France. The derivative engine, which is in the 500-shp class, will power the in-development Bell 505 Jet Ranger X light single. The Arrius 2R features Fadec and a 3,000-hour time between overhaul. Certification is expected late next year.
Safran Turbomeca and Avic Dong’an announced on March 26 an initial order for 120 WZ16/Ardiden 3C turboshaft engines that will power the Avic AC352 helicopter, the Chinese version of the Airbus Helicopters EC175. Certification of the engine by Chinese aviation authorities is expected at the end of 2015. Safran Turbomeca and Avic Dong’an launched the joint project to develop, produce and support the engine in 2008. Based on the success of this cross-border partnership, the two companies also signed a Memorandum of Understanding to launch a new project for commercial jet engines.
In a brief ceremony Wednesday afternoon on the Heli-Expo show floor, Rolls-Royce (Booth No. 5222) signed a multi-engine contract to deliver its RR300 light turboshaft powerplant for installation on the Scott’s-Bell 47GT-6 light utility helicopter.
“We have the commitment to ship them their first flight-test engine by June,” Rolls-Royce helicopters senior vice president Greg Fedele told AIN. “We’re really excited about this next step on the path toward production of the Scott’s-Bell 47.”
Busy times for helicopter manufacturers bringing new rotorcraft to market are keeping engine maker Pratt &Whitney Canada (P&WC) busy as well. Among the new turboshafts approaching certification is its PW210A engine for AgustaWestland’s new AW169 twin. At the same time, the PT6C-67E will soon be powering the service entry of the new Airbus Helicopters EC175.
The diesel engine research and development project that Airbus Helicopters (formerly Eurocopter) is conducting with racing car engine specialist Teos Powertrain Engineering and engine manufacturer Austro Engine, under Europe’s Clean Sky joint technology initiative, has cleared significant milestones. The demonstration engine is now being tested on an iron bird, before the first flight planned for this year on a modified EC120.
The Turbomeca/Avic Engine Ardiden 3C/WZ16 turboshaft made its first run at the French company’s test facility. The two companies are developing the new Ardiden derivative on a 50-50 basis. Certification by the Civil Aviation Administration of China is expected in September next year. The Ardiden 3C, understood to produce nearly 1,800 shp, features a modular design and dual-channel Fadec. It is to power the Avicopter AC352 medium twin, the Chinese counterpart of the Pratt & Whitney Canada-powered Eurocopter EC175.
Helicopter engine manufacturer Turbomeca announced that the Ardiden 3C/WZ16, which was jointly developed with China’s Avic Engine, made its first run at the French firm’s test facility in Bordes in southwest France. The successful ground test confirmed the turboshaft engine’s aeromechanical behavior and performance, according to Turbomeca.
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