Vogue Warner Signs Electrical Motor Supply Agreement With Major North American Automakers

May 22, 2025
















Photo courtesy : carguy(www.carguy.kr)









Vogue Warner, a global auto parts leader, has signed a contract with a major North American-based automotive manufacturer to supply a 400 volt (V) SW130 (S-wind) electric motor applied to hybrid large trucks and SUVs. The agreement further strengthens VogueWarner's high-voltage mass-produced S-wind electric motor technology in the global market, with mass production expected to begin in the second quarter of 2028.

"Through this project, Vogue Warner works closely with our customers and has continued to develop S-wind electric motor solutions that meet the unique requirements of the application," said Dr. Stefan Demmerle, president and general manager of Vogue Warner's PowerDrive Systems division. "This contract is a comprehensive achievement of our engineering team's high technical expertise, from design specification establishment to packaging constraints consideration, manufacturing and implementation." He added, "We look forward to further strengthening our strategic relationship with our partners through this collaboration."

Vogue Warner's SW130 electric motor applies its own S-wind technology to replace existing generators in high-voltage architectures. Designed based on continuous rectangular winding, this motor provides excellent performance and improved power efficiency even within a limited space. In particular, unlike the hairpin method, the S-wind technology of the compressed design adopted a radial wire insertion method to significantly improve material utilization by reducing welding points by more than 90%. These design innovations maximize scalability and design flexibility, while enabling packaging miniaturization and production cost reduction.













The high-density power S-wind motor technology applied this time is optimized for hybrid applications, maximizing maximum torque performance with a stator diameter of 130mm and a stack length of 65mm, while also significantly improving NVH characteristics such as noise (N), vibration (V), and discomfort (H).

Editor Song Moon-cheol mc.song@carguy.kr











This article was translated by Naver AI translator.