What is the structure of independent suspension?
2 Answers
Independent suspension consists of elastic elements, guiding mechanisms, and shock absorbers, with some structures also including buffer blocks and anti-roll bars. The left and right wheels of an independent suspension are not connected by an integral axle but are individually suspended below the frame or body through elastic suspension, allowing each wheel to move up and down independently without mutual interference. When one wheel is impacted, its movement does not directly affect the other wheel, thereby reducing body tilt and vibration. Independent suspension is lightweight, reduces the impact on the body, and improves wheel ground adhesion. It allows the use of softer springs with lower stiffness to enhance vehicle comfort. It can lower the engine position and the vehicle's center of gravity, thereby improving driving stability. The left and right wheels can move independently, reducing body tilt and vibration.
The structure of independent suspension reminds me that each wheel can move freely, just like a person walking without tripping. It basically includes control arms connecting the wheels to the body, springs absorbing road impacts, shock absorbers preventing excessive rebound, and anti-roll bars reducing cornering tilt. Each component works independently: the control arm is the skeleton, the spring is the cushion, and the shock absorber is the brake pad. This design minimizes body sway on bumpy roads, providing a smooth and comfortable ride. I've also noticed different types, such as MacPherson strut simplifying into a pillar structure, saving space while maintaining stability, and double wishbone using upper and lower arms to enhance handling, making it suitable for sports cars. In daily driving, tire contact is improved, reducing uneven wear issues. Regularly checking bushings and ball joint wear can extend lifespan, after all, the suspension is the core of driving—simple to repair but requiring professional tools.
