Thursday, June 4

Safran Electrical & Power has achieved a significant milestone, receiving certification from the European Union Aviation Safety Agency (EASA) for its ENGINeUS 100 electric motor. This certification marks the culmination of four years of collaboration between Safran and EASA to define airworthiness rules and develop assessment methods for the electric drive.

Over the course of the certification process, Safran conducted 1,500 hours of testing and more than 100 flight hours. The ENGINeUS 100, designed to integrate seamlessly into all drive architectures, delivers 125 kW of power with a power-to-weight ratio of 5 kW/kg.

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The motor is suitable for electric propulsion in small aircraft, such as two- to four-passenger planes, or for hybrid aircraft with up to 19 passengers. Safran also has plans to develop future generations of the motor that could support hybrid commercial aircraft with up to 150 passengers.

Safran is preparing for the mass production of the ENGINeUS range, with plans to establish four semi-automatic production lines in Niort, France, and Pitstone, UK, by 2026. These lines will allow for the production of over 1,000 electric motors per year, with the capacity for future increases. Safran’s customer base includes Bye Aerospace and VoltAero.

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Safran CEO Bruno Bellanger described the certification as a “key moment in the history of aviation,” calling it a world-first achievement for the company. EASA Certification Director Rachel Daeschler noted the significance of the project, stating, “EASA is fully committed to support the development and certification of propulsion technologies aimed at decarbonizing aviation.”

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Thomas Schmidt has been covering the European electric vehicle industry for EVMagz.com since becoming a reporter in 2017, with a focus on EV manufacturing, battery supply chains, charging infrastructure, and clean mobility policy across Germany and the wider EU. With a background in industrial engineering and technical journalism, he brings a precise, data-driven approach to complex industry developments. Outside of work, Thomas enjoys long-distance cycling, landscape photography, and building DIY smart home energy systems.

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