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Article · Projects & Programmes

ASuMED: A Fully Superconducting 1 MW Motor for Electric Aircraft

The EU ASuMED project aimed to demonstrate benefits and technological feasibility of a fully superconducting 1 MW motor with power density of 20 kW/kg for aviation applications.

The Advanced Superconducting Motor Experimental Demonstrator (ASuMED) project was a major EU-funded initiative to develop and demonstrate a fully superconducting motor suitable for electric aircraft propulsion.

Key Objectives

  • Demonstrate a fully superconducting 1 MW motor
  • Achieve power density of 20 kW/kg
  • Validate the feasibility of HTS technology for aviation

Partners

The consortium included KIT, Oswald Elektromotoren, Rolls-Royce, Cambridge University, University of Aschaffenburg, Air Liquide, Demaco, SuperOx, and IEE Bratislava.

Results

The project successfully demonstrated key superconducting motor components and advanced the technology readiness level for aviation applications of HTS motors.