The European Commission (EC) on July 9 officially launched the Clean Sky 2 joint technology initiative, a €4 billion ($5.44 billion) follow-on to the ongoing Clean Sky research program. It includes a number of projects for business aircraft–both turboprops and jets–as well as regional turboprops and rotorcraft.
Airbus Helicopters will lead the design of a compound rotorcraft demonstrator dubbed “LifeRCraft” (low-impact, fast and efficient rotorcraft) as part of Europe’s recently launched Clean Sky 2 Joint Technology Initiative. The LifeRCraft architecture combines a main rotor for vertical takeoff and landing, fixed wings for energy-efficient lift and open propellers for speed. The company will use experience gained on its X3 compound demonstrator between 2010 and 2013.
Airbus Helicopters will lead the design of a compound rotorcraft demonstrator dubbed “LifeRCraft” (Low Impact Fast & Efficient RotorCraft) as part of Europe’s Clean Sky 2 Joint Technology Initiative, which was formally launched last week in Brussels. Preliminary studies, architecture and specification activity will start this year, with development and testing of components and subsystems envisioned in the 2016-2018 timeframe. Flight evaluations could start in early 2019.
As preparations continue for running a full open-rotor engine demonstrator in 2016 under Europe’s Clean Sky research effort, French engine maker Snecma (Hall 4 Stand B12) sees the program’s participants reaching a consensus as whether or not to proceed in the 2017-to-2019 time frame. Clean Sky, which also involves Airbus, Rolls-Royce and French research center Onera, has provided a relatively unexpected discussion platform, thus facilitating a general agreement.
As preparations proceed for running a full open-rotor engine demonstrator in 2016 under Europe’s Clean Sky research effort, French engine maker Snecma sees the program’s participants reaching a consensus over whether or not to proceed in the 2017-to-2019 period.
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.
At an open conference held yesterday at the Paris Air Show, Clean Sky officials discussed Clean Sky 2–the next step in the program. Primary objectives are to complete Europe’s 2000 Clean Sky joint technology initiative and move forward with the next phase.
The diesel engine demonstrator, which may replace turboshafts in light helicopters, is on track for flight tests on a Eurocopter EC120 in the second half of next year. It will feature a power-to-weight ratio between those of a general aviation diesel and a turboshaft. The engine is part of the Green Rotorcraft integrated technology demonstrator (ITD), itself part of Clean Sky, the European Union’s €1.6 billion ($2.1 billion) joint technology initiative.
The diesel engine demonstrator aiming to replace turboshafts in light helicopters, which could cut fuel burn by about 30 percent, is said to be on track for installation and ground tests on a Eurocopter EC120 in the first quarter of 2014. Some components have been tested in laboratories and critical design reviews conducted last week were successful, according to project officer Sébastien Dubois.
Fourteen European aerospace companies, including Eurocopter and Dassault, have signed a letter supporting the proposed “Clean Sky 2” Joint Technology Initiative (JTI). The seven-year, €3.6 billion ($4.8 billion) program is a follow-on to the current Clean Sky JTI funded by the EU and the industry.