The primary function of the automotive suspension system is to connect the wheels to the vehicle body and transmit the forces and torques between them. It directly impacts a vehicle's handling stability, ride comfort, and driving safety, and also bears the weight of the vehicle body as well as various forces and vibrations from the road surface.
First, the suspension system absorbs and cushions vibrations and impacts from the road surface, making the ride smoother and more comfortable for passengers. This is mainly achieved through components such as shock absorbers and springs within the suspension system.
Second, the suspension system ensures good contact between the wheels and the ground, thereby improving the vehicle's handling stability and driving safety. When driving on uneven roads, the suspension system automatically adjusts the position and angle of the wheels to ensure they maintain proper contact with the ground.
Furthermore, the suspension system possesses a degree of elasticity, enabling it to cope with various complex road conditions and driving situations. It can adjust the vertical movement and lateral sway of the wheels as needed, thus maintaining the vehicle's stability and handling.
In summary, the automotive suspension system is a crucial component of a vehicle, having a vital impact on its driving performance and safety.
