Motor

Understanding ONYX motor temperature limits, neodymium magnet grades, thermal throttling, and how different cooling methods affect sustained performance.

Explains thermal capacity, magnet specifications, operating temperatures, torque, RPM, and ONYX RCR compatibility for Sotion H02/H16, QS260, and QS273 motors.

Explains how electrical power is delivered in ONYX systems, including voltage, current, controller behavior, motor torque, battery quality, component selection, and real-world performance differences.

Explains how heat is generated and managed in the ONYX 80V motor, including regenerative braking, stator heat transfer, wheel cooling, airflow impacts, and real-world performance conditions.

Explains how voltage, current, controllers, and components translate into real-world performance on ONYX platforms from stock to 30kW+ builds.

Explains how motor heat develops on ONYX bikes and how cooling upgrades such as Statorade and Hubsinks affect temperature and sustained performance.

Covers QS hub motor upgrade options for ONYX 72V, CTY2, and 80V platforms, including fitment constraints, electrical specifications, and differences between the QS 205, 260, and 273.

Details degradation of gray internal silicone in QS 205 motors, associated wiring instability, hall sensor failures, diagnostic methods, and repair procedures.

Defines operating temperature ranges, thermal limits, and cooling considerations for ONYX systems including motor, controller, and battery.