The advantages of chassis components mainly include the following aspects:
Improve handling performance: Chassis components such as suspension systems have an important impact on the handling performance of the vehicle. For example, the combination of the front McPherson independent suspension and the rear multi-link independent suspension can effectively absorb the impact of the road, provide good support and guidance, and thus improve the stability and grip of the vehicle in the corners.
Improve comfort: The design and adjustment of chassis components directly affect the ride comfort of the vehicle. For example, active air suspension and CDC continuous damping adjustment technology can reduce the bumpy feeling by adjusting the suspension hardness in advance, making urban commuting more comfortable and not easy to get carsick during long-distance driving.
Enhance safety: The optimized design of chassis components can improve the safety of the vehicle in emergency situations. For example, the rear-wheel active steering technology can reduce the turning radius at low speed, improve the stability of lane change at high speed, and reduce the shaking of the vehicle body.
Improve passability: Reasonable chassis design and adjustment can improve the passability of the vehicle. For example, the dual-chamber closed air suspension can intelligently match vehicle speed and driving mode, provide multi-level height adjustment, and enhance the vehicle's handling, comfort, and passability.
Reduce R&D costs and shorten R&D cycles: The skateboard chassis technology achieves the separation and decoupling of the body and chassis through high integration and full wire control system, reducing R&D costs and shortening R&D cycles. This technical feature enables car companies to quickly adapt to market demand and develop a variety of models.
