
There is no specific quantitative standard for this. The decision should be based on the actual performance of the vehicle and personal preferences, as some people prefer stiffer suspensions while others prefer more comfortable tuning. Additionally, the vehicle's weight distribution and chassis quality also affect the tuning parameters of the height-adjustable dampers. Specific settings can only be determined through actual testing. Below is some additional information: 1. Height-Adjustable Dampers: Height-Adjustable Dampers (Height-Adjustable-Damper) originate from racing technology and refer to shock absorbers with adjustable (spring) height designs. To a certain extent, height-adjustable shock absorbers can be used to tune the static weight distribution, including the driver and fuel load. 2. Precautions: When purchasing height-adjustable dampers, always choose products from well-known brands. It is not recommended to buy second-hand height-adjustable dampers, as most used products do not come with warranties, and their origins are often unclear. Furthermore, do not blindly pursue stiffness; shock absorbers are not necessarily better the stiffer they are. Excessively stiff shock absorbers can reduce tire contact performance with the ground.

When I first adjusted the 32-stage damping suspension, I tried various settings. Starting from the middle 16-stage, it still felt a bit bumpy over speed bumps, but adjusting to 22-stage made a noticeable difference—it absorbed minor road imperfections without being too soft to cause steering float. However, everyone's experience varies, so I recommend testing on a familiar road (like speed bumps near your home), starting from 16-stage and softening it by 2 stages each time until you find the sweet spot where bumps feel smooth and lane changes remain stable. Remember to check tire pressure as well, as overinflated tires can negate the benefits of a softer suspension. Eventually, I settled on 22-stage for city driving and switch to 20-stage on highways for better support.

When helping friends tune their suspension systems frequently, I've found that for optimal comfort, the 18-22 click range is the sweet spot for 32-way adjustable dampers. For urban commuting, setting it at 20 clicks filters out minor road vibrations effectively; while dropping to 18 clicks on highways enhances stability. Note that if rear passengers are frequent, it's advisable to soften the setting by 1-2 clicks compared to solo driving. Once I adjusted an MPV to 24 clicks, and passengers complained about noticeable motion sickness - reverting to 21 clicks made a world of difference. Also, performance varies significantly between brands - Bilstein's 20-click setting might feel equivalent to KW's 22 clicks, so don't fixate on specific numbers. Extensive testing is what truly matters.

For daily driving comfort, setting it between 21-24 clicks is the most worry-free option. With 32-click damping, 16 clicks is typically the midpoint, and increasing it makes it softer. At 24 clicks, you'll hardly feel any bumps over manhole covers, while 22 clicks on highways helps prevent body roll. Don't exceed 26 clicks, as it becomes too soft and makes the car feel like a boat swaying. I previously used the factory shock absorbers set at 18 clicks, which still felt stiff, and only after installing adjustable suspension did I experience the plushness of 25 clicks. As a reminder, always adjust the front and rear wheels simultaneously—adjusting only the front suspension can make the car's dynamics unbalanced.

Damping adjustment essentially controls the shock absorber's extension/compression speed. Higher values indicate less resistance, resulting in smoother vibration filtration (comfort-oriented). For a 32-stage damping system, the comfort range typically falls between stages 20-24, which is approximately 30% softer than standard settings. From my experience: On flat roads, setting it to stage 22 provides optimal tire contact; when encountering consecutive speed bumps, increasing to stage 24 helps avoid harsh impacts. However, spring rates significantly affect performance—a heavily loaded vehicle at stage 20 might perform similarly to a lightweight car at stage 23. After each adjustment, it's recommended to drive 200km for bushing break-in before fine-tuning.


