Inconsistent torque management during low-speed creeping operations in multi-axle electric vehicles leads to jerky motion or unintended braking. Eliminating these fluctuations ensures smooth low-speed drivability and prevents passenger discomfort.

Gravitational forces on inclines overcome static friction during parking transitions. Preventing uncontrolled movement ensures passenger safety and mechanical integrity.

Disruptions in power flow during gear selection or clutch engagement cause driveability issues. Stabilizing torque transitions prevents mechanical shock and improves vehicle responsiveness.

Suboptimal synchronization between braking forces and transmission gear changes leads to poor driveability. Precise timing prevents mechanical strain and improves energy management during deceleration.

Unnecessary fuel consumption and emissions during stationary vehicle periods. Eliminating parasitic losses during stops improves overall powertrain thermal efficiency.