Fluctuations in oil levels or distribution within the sump lead to starvation of critical engine components. Maintaining consistent oil delivery prevents mechanical wear and catastrophic engine failure.

Unbalanced rotational forces in engine housings lead to mechanical fatigue and noise. Reducing these vibrations prevents structural failure and improves vehicle longevity.

Inconsistent flow rates and pressure surges in pump-driven suspension and filling systems. Stabilizing fluid output ensures mechanical precision and prevents component wear.

Fluid-borne vibrations and pressure fluctuations in pump systems create excessive acoustic noise and mechanical stress. Reducing these pulsations improves passenger comfort and component longevity in vehicle suspension and drive systems.

Uncontrolled escape of fuel vapors from the tank through the ventilation system. Preventing leakage ensures environmental compliance and fire safety in vehicle fuel systems.