Mechanical shock absorption systems often suffer from fixed damping rates that cannot adapt to varying impact forces or terrain conditions. Resolving this limitation allows for precise control over energy transfer and improves structural stability under dynamic loads.

Uncontrolled vertical acceleration and oscillation reduce vehicle stability and passenger comfort. Mitigating these forces prevents mechanical fatigue and maintains tire-to-road contact.

Mechanical energy transfer from road irregularities to the vehicle cabin causes structural fatigue and passenger discomfort. Reducing this transmission improves ride quality and component longevity.

Uncontrolled mechanical shocks and vibrations cause structural fatigue and passenger discomfort. Mitigating these energy transfers prevents component failure and improves ride stability.