Sensors collect signals and then transmit them to the control unit for processing. After calculation, the control unit sends commands to adjust the air spring stiffness and shock absorber damping, thereby achieving the most ideal elastic state. This seemingly complex process actually has a very short response time, only tens of microseconds. Therefore, the air suspension system can react to subtle wheel movements promptly and accurately.
Of course, compared to traditional suspensions, due to the more complex structure of adjustable air suspensions, their failure rate and frequency may be higher than coil spring suspension systems. Furthermore, using air as the power source for adjusting chassis height, the sealing of related components is also a concern. Frequent adjustments to chassis height can also lead to localized overheating of the air pump system, thereby shortening the air pump's lifespan. However, with continuous technological advancements, many issues have been resolved, and the application of such systems in vehicles is becoming increasingly widespread.
