Core Technologies

Features a flat disk axial flux design with magnetic flux lines transmitted axially. Compared to traditional radial flux motors, it delivers over 30% higher power density. Its compact structure makes it ideal for portable and embedded applications with strict volume and weight constraints.

Eliminate the stator core to completely remove iron losses (hysteresis and eddy current losses), significantly improving motor efficiency and reducing temperature rise. Also eliminates cogging for exceptionally smooth low-speed operation.

A Halbach array arrangement of permanent magnets enhances the magnetic field on one side while canceling it on the opposite side, achieving a magnetic steel utilization rate of nearly 100%. This configuration generates a stronger air gap magnetic field with the same amount of magnetic steel, significantly boosting motor torque output.

Optimized magnetic circuit design and magnet arrangement deliver high performance without relying on heavy rare earth elements like dysprosium or terbium. This reduces exposure to raw material cost volatility and aligns with sustainable supply chain trends.

The dual-rotor, single-stator sandwich structure features symmetrical magnetic flux from both rotors acting on the central stator. This design delivers smoother torque output, offers a compact footprint with radial force self-balancing, and effectively reduces vibration and noise.

The coreless structure eliminates cogging effects at the source, with cogging torque below 5 mN·m, enabling start-up in light winds (2.0m/s). The motor operates smoothly even at extremely low speeds, with no low-speed torque ripple.