The automobile shock absorber, acting as a "force modulator" connecting the wheels and the vehicle body, plays an irreplaceable role in suppressing body roll, controlling tire contact, and responding to electronic commands.
As a core component of the suspension system, the automobile shock absorber is far more than a simple "damper." Through precise damping control technology, it adjusts the relative movement between the wheels and the vehicle body within milliseconds, signi
Automobile shock absorbers are undergoing a profound transformation—evolving from fixed damping to adaptive damping, ushering in a new era of intelligent suspension centered on "perception-decision-execution."
As a core component of the suspension system, high-performance automobile shock absorbers effectively suppress excess vibrations through precise hydraulic control and advanced material technology, significantly improving the riding experience and making l
An automobile shock absorber—through the collaboration of sensors, control algorithms, and actuators—achieves real-time, dynamic adjustment of damping force, allowing the vehicle to automatically switch to its optimal state under different road conditions
Within this system, the automobile shock absorber, as a key component of the suspension system, plays a dual role as a "dynamic damper" and an "energy converter."