Optimization of the Handling Stability of the Chassis System of Intelligent Vehicles

The rapid development of intelligent vehicles has put forward higher requirements for chassis system architecture. A good chassis system is the determining factor for improving vehicle performance, driving experience, and passenger experience. Among them, the suspension in the chassis system is the key to ensuring the ride comfort and handling stability of intelligent vehicles. Therefore, in order to improve the ride comfort and handling stability of intelligent vehicles, this article focuses on the dynamic analysis of the chassis suspension system of intelligent vehicles. Firstly, a vehicle chassis system including passengers and suspension was established. Furthermore, based on parameters such as wheel speed, the ride comfort of intelligent vehicles was analyzed using Simulink in Matlab; On this basis, in order to ensure the handling stability of intelligent vehicles, the steering maneuverability of intelligent vehicles was mainly studied based on Simpack software, providing ideas for the development of intelligent vehicle chassis systems.