The subframe is an important part of
New Car, and it has a vital impact on vehicle driving. As part of the chassis of
Fuel Car, the subframe mainly bears the function of supporting the body and suspending wheels. During the driving of New Car, the subframe bears the weight of the body and the force of the suspension system, and the stability of the vehicle. Therefore, the design and manufacturing quality of the subframe directly affect the driving performance and stability of the vehicle.
First of all, the subframe plays an important supporting role in the suspension system of the vehicle. The suspension system is an important part of Fuel Car, which directly affects the driving comfort, stability and handling of the vehicle. The subframe is the main supporting part of the suspension system, bearing the inertia force, bumps and bending force generated when the vehicle is driving. If the subframe is not designed reasonably or the quality is not up to standard, it will cause the suspension system to be unbalanced, deformed or broken, affecting the suspension performance of the vehicle, causing the vehicle to shake, bump or deviate from the track when driving, affecting the driver's driving experience and the ability to control the vehicle.
Secondly, the subframe has an important impact on the stability and rigidity of the body structure. The stability and rigidity of the body structure are important factors in the vehicle's stability. As the main supporting part of the vehicle body, the subframe bears the weight of the vehicle body and the torque of the engine. If the subframe is not designed to be strong or the quality is unreliable, it will cause the vehicle body to deform, crack or break, affecting the overall stability and rigidity of the vehicle, making the vehicle prone to rollover, overturn or collision during driving, threatening the lives of passengers.
In addition, the subframe also has an important influence on the positioning and contact performance of the wheels. The positioning and contact performance of the wheels have a direct impact on the steering, braking and acceleration of the vehicle. As the connecting part of the wheel, the subframe affects the contact degree and angle between the wheel and the ground. If the subframe is not designed properly or installed unbalancedly, it will cause the wheel to deflect, wear or fall off, affecting the steering accuracy and braking performance of the vehicle, increasing the driving resistance and wear of the vehicle, reducing the service life and coefficient of the wheels, and increasing the risk of side slip, drift or overturning of the vehicle.
