Exposed or improperly stowed interior components cause physical obstruction and potential mechanical damage. Eliminating these protrusions improves cabin safety and spatial efficiency.

Mechanical instability during the opening and closing cycles of heavy vehicle doors and lids. Preventing structural misalignment and unintended kinetic energy release ensures user safety and component longevity.

Standard trunk lids require significant physical effort to overcome seal resistance and hinge inertia. Automating this process eliminates the physical strain and inconsistent latching associated with manual operation.

Misalignment between the vehicle body and closure panels leads to poor sealing and aesthetic defects. Precise positioning ensures structural integrity and reduces aerodynamic noise.