YASA Shatters Electric Motor Power Density Record

by Priya Shah – Business Editor

YASA‌ Achieves Record-Breaking Power Density in New Electric Motor Prototype

OXFORD, UK – October ⁢22, 2023 ​- YASA, a subsidiary of Mercedes-Benz Group, today announced a​ new milestone in electric motor technology, achieving a peak power⁢ rating of 750kW and a‍ power density of 59kW/kg in it’s latest ⁢prototype​ motor. ⁤This surpasses YASA’s previous benchmarks and sets a new, unofficial‌ world record for power density.

“To achieve a 750kW short-term peak rating and a density of 59kW/kg is a major validation of our next-generation axial flux technology,” ⁤said Tim Woolmer, Founder‍ and‌ CTO of YASA. “It’s proof of what focused engineering ​innovation can ⁣achieve. And ⁤this isn’t a concept on a screen – it’s running, right now, ‍on the dynos.”

The⁤ company’s engineering ⁣team is currently conducting extended testing cycles to validate the prototype’s performance. initial dyno results have exceeded expectations, with Simon Odling, YASA’s Chief of New Technology, ​noting the motor’s performance “has exceeded even⁤ our ⁢most optimistic simulations.”⁤ YASA‍ estimates the motor will deliver continuous power in the region of 350kW-400kW.

“With three times the performance density of⁣ today’s leading radial flux motors, YASA continues to redefine the boundaries ‌of‍ what’s ⁢possible in electric motor design,” ‌added Joerg Miska, CEO ‍of⁣ YASA.”Our technology is delivering measurable results today, while paving the way for a new generation of lightweight, efficient electric propulsion systems.”

YASA’s ⁤axial-flux electric powertrain technology is designed to deliver high power and torque densities in a compact and lightweight package, targeting the high-performance automotive sector. The company employs over 400 people across sites ‍in Oxford,Bicester,and Welshpool.

Further details on the prototype motor’s advancement ⁢will be released in the coming weeks. Media inquiries can be directed to media@yasa.com.

Learn more at​ yasa.com.

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