1. Reduce wear: Avoid direct friction between the active and driven components during separation, and extend the life of core components such as clutch plates.
2. Smooth transmission: By transmitting force through rolling friction, vibration and impact are reduced, and shifting smoothness is improved.
3. Reduce noise: The rolling friction characteristics of bearings effectively reduce mechanical contact noise and optimize the driving environment.
4. Adapt to high speed: The high-precision design can withstand high engine speeds, ensuring reliable separation action.
5. Simplify structure: Integrated design reduces clutch system components, lowers maintenance difficulty and costs.