1. Better comfort

The air suspension relies on the stiffness coefficient of the air spring to adjust the softness and hardness. Compared with the traditional steel coil spring, this suspension structure has a wider range of adjustment, and the air spring can be inflated or deflated according to different road conditions. achieve the purpose of smooth driving. For example, when driving on high-speed roads, the suspension can be stiffened to improve the high-speed stability of the vehicle; when driving on low-speed bumpy roads, the suspension can be softened to improve the comfort and passability of the vehicle.

2. The driving experience is improved.

Today, air suspension sensors can adjust the stiffness of each air spring according to the current driving posture of the vehicle to improve the performance of the vehicle under extreme conditions. For example, when the vehicle is under intense driving, the air springs of the outer wheels will increase the stiffness, thereby restraining the body from rolling too seriously and achieving the purpose of high-speed cornering. When the vehicle accelerates rapidly or brakes strongly, the rigidity of the front and rear suspension of the vehicle can also be controlled to reduce the inertial tilt of the vehicle body.

3. The height of the chassis can be raised and lowered freely

When encountering rough roads, the height of the chassis can be greatly increased, so that the vehicle has better passability. When returning to normal roads, the chassis can be lowered, allowing the vehicle to have a lower center of gravity, reducing air resistance and improving high-speed stability. In addition, the air suspension can automatically maintain the height of the vehicle body, which can ensure the shock absorption performance of the vehicle as much as possible even when it is fully loaded with cargo.