How to debug and adjust the shock absorber to achieve the best shock absorption effect?

The purpose of debugging and adjusting the cabin shock absorber is to ensure that it can achieve the best shock absorption effect. The following is the general debugging and adjustment method of the shock absorber:


Inspection and maintenance:
First, make sure your shock absorbers are in good working order. Check the appearance of the shock absorber to make sure there are no leaks, deformations or damage.
Perform regular maintenance on the shock absorber, including cleaning the shock absorber surface and connecting parts, checking whether the fluid is normal, and replacing aging or damaged parts in a timely manner.
Adjust according to vehicle type:


Select the appropriate shock absorber adjustment method based on the specific vehicle type and use. Different vehicle types may require different damping effects, such as comfort, sport or off-road.
Adjust damping force:


The damping force of the shock absorber has an important impact on the driving comfort and stability of the vehicle. According to the driving environment and driving needs of the vehicle, the damping force of the shock absorber is adjusted to achieve the best effect.
The damping force is usually adjusted through an adjustment knob on the shock absorber or a special adjustment tool. Clockwise rotation increases damping force, counterclockwise rotation decreases damping force.
Adjust travel and height:


Adjust shock absorber travel and height according to your vehicle's suspension system and needs. Typically, travel and height are adjusted by changing the position of the adjusting nut or adjusting rod on the shock absorber.
Adjusting the stroke and height can change the posture and suspension characteristics of the vehicle body, thereby affecting the vehicle's handling and comfort.
Test and tweak:


After adjusting the shock absorbers, conduct an actual road test or static test to check the vehicle's driving performance under different road conditions.
Observe the vehicle's suspension response, shock absorption effect and driving comfort, and further fine-tune and adjust the shock absorbers according to the actual situation until the best shock absorption effect is achieved.