The brake shaft, clutch shaft, and drive shaft assembly of the scooter are responsible for braking, power control, and power transmission respectively. Their proper operation can ensure a scooter’s safety, handling, and performance. The brake shaft is an important part of a scooter’s braking system, which can convert the braking control into braking of the wheels. The clutch shaft connects the engine to the transmission system, allowing the driver to operate the clutch to control the transmission of power, providing a smooth start and gear shifting. The drive shaft assembly is a key component of a scooter's transmission system, responsible for transmitting the power of the engine to the wheels, allowing the scooter to move forward or backward. The design and performance of a drive shaft assembly directly affects the acceleration, speed, and overall performance of a scooter.
The manufacturing of these three types of locomotive parts requires attention to raw materials and manufacturing quality to ensure the performance and safety of scooters. The manufacture of scooters’ drive shafts needs to consider the material’s strength, hardness, and durability. The precision of processing such as cutting, forging, heat treatment and surface treatment is also vital. Finally, the parts must go through quality and durability testing, before being delivered to the customer.
Drive Shafts
