Entrained air and foam in the oil sump reduce lubricating efficiency and cooling capacity. Preventing aeration ensures consistent oil pressure and protects moving engine components from friction-induced wear.

Fluid turbulence and pressure fluctuations in pump assemblies cause acoustic instability and mechanical vibration. Reducing these disturbances prevents component fatigue and improves passenger comfort.

Inadequate integration between drive motors and pump units leads to excessive system volume and weight. Improving power density reduces vehicle footprint and enhances energy efficiency.

Inaccurate or incomplete filling of hydraulic suspension components leads to inconsistent damping performance and system cavitation. Precise fluid delivery ensures vehicle stability and long-term component reliability.