EURA Prepares for Next-Generation Military Helicopter Engines Amid European Defence Fund Initiatives
Key Ideas
  • EURA, a joint venture between MTU Aero Engines and Safran Helicopter Engines, appoints top management to develop a next-generation powerplant for military rotorcraft projects in Europe.
  • The European Military Rotorcraft Engine Alliance aims to enhance capabilities of future military helicopters, focusing on range, speed, maneuverability, and availability.
  • The joint venture is set to respond to a research call by the European Defence Fund on [turbo]shaft engine technology, with an emphasis on collaborating with appropriate partners from different nations.
  • While the NGRC project favors gas turbine technology for future rotorcraft, it acknowledges the potential of hybrid-electric systems and highlights the exclusion of hydrogen due to not meeting project attributes.
EURA, a newly established joint venture between MTU Aero Engines and Safran Helicopter Engines in Bordes, France, is gearing up for a productive final quarter after appointing Wolfgang Gartner as CEO. The firm aims to develop a next-generation powerplant for military rotorcraft, aligning with the European Defence Fund's initiatives. EURA's envisioned engine is tailored to provide enhanced capabilities for future military helicopters, focusing on range, speed, maneuverability, and availability. The joint venture plans to collaborate with partners to address the EDF's research requirements. Concurrently, the NGRC project, involving various NATO members, highlights gas turbine technology as a favorable option for future rotorcraft propulsion, with considerations for spiral upgrades. Notably, hydrogen fuel cells were excluded due to not meeting project attributes. The article showcases the dynamic landscape of military helicopter engine development in Europe, emphasizing the pursuit of innovative technologies and strategic partnerships.
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