Gearbox gears refer to mechanical devices used in automotive transmissions to change the transmission ratio. They achieve speed and torque adjustment by meshing gears with different numbers of teeth to meet the needs of vehicles under different driving conditions.

The main functions of gearbox gears include:

Adjusting speed and torque: Based on driving conditions such as acceleration, deceleration, climbing, etc., the gearbox gears can adjust the engine speed and output torque to provide optimal driving performance.

Improving fuel efficiency: By selecting the appropriate gear ratio, gearbox gears can help the engine run at economical speeds, thereby reducing fuel consumption.

Reduce engine wear: Transmission gears can reduce the running time of the engine at high speeds, thereby reducing wear and extending the service life of the engine.

Provide reverse function: In automatic transmissions, the transmission gears change the meshing direction of the gears to achieve the reverse function of the vehicle.

Improving driving comfort: Smooth shifting of gearbox gears can reduce vehicle vibration and noise, enhancing driving comfort.

Gearbox gears are essential core components in automotive transmissions. They provide powerful driving force and flexible handling performance for vehicles by changing the transmission ratio and speed.