Axial flux motors speed matched to the engine provide the ideal, efficient operation for a hybrid system.

This technology simplifies retrofitting classic cars with electric systems.

Electromagnetic, thermal, and manufacturing unlock the full potential of this technology.

Technology offers a flexible, application-specific route to lower emissions and an improved bottom line.

During the January 2026 webinar, industry experts discussed last year and the expectations for 2026.

This technology, combining electric, battery, and diesel power, offers a pragmatic solution by reducing infrastructure costs and decreasing emissions.

Why hybrid conversions are the industry’s bridge to tomorrow

Reducing this issue provides precision movement and decreased NVH problems in the whole system.

Four surprising applications for electrification

This foundational design choice defines the performance, efficiency, and scalability of inverter-based systems.

Integrating this technology with a motor becomes seamless when you know the process.

The time to act is now: The industry is moving from science projects to production-ready systems—and those who invest now

Learn more about key requirements and implications for OEMs.

The design of axial flux motors—including the arrangement of magnets and coils—is optimized to deliver high torque in a compact

Learn why this technology is preferred over radial flux motors, particularly in electric and hybrid applications.

A reliable partner and the ideal components are the fastest way to electrify your vehicles and equipment with optimized performance