Customer Stories

Together with the Umbra Group, we compared permanent magnet synchronous motors for hybrid light aircraft propulsion with traditional and additive winding technologies in a development project.

Our innovative 3D printing technology enables the production of wavewinding stators with closed slots - the only one of its kind in the world.

Innovative conductor structures and optimised cooling enable not only maximum power densities of 25kW/kg – essentially a 100kW motor in the space of a coffee cup – but also unrivalled levels of efficiency.

Together with Alvier Mechatroniks, we have now realised an innovative electric motor with an SMC-based stator core. Together, we are pioneering the fastest market launch of high-performance electric motors.

As part of a collaborative research project with the Ford Motor Company, we have optimised a hairpin stator to achieve higher efficiency and better packaging than ever before. By combining hairpins with a constant cross-section and variable profile with our optimised production technologies, we have improved the performance of the electric motor!

"The Additive Drives Technology offers a unique advantage for shorter development cycles and quicker time-to-market." - Marco Stoehling

Our electric motor will be integrated into the new generation of AVL's high-speed EDU, which consists of two drive systems with a total peak power of 500 kW and an axle torque of 7,000 Nm.