Large-scale articulated frames and equipment occupy prohibitive amounts of space when not in active use. Reducing the stowed footprint while maintaining structural integrity enables easier transport and storage of heavy machinery.

Standard industrial transport platforms lack the structural stability and weight distribution required for high-density energy storage components. Improving load-bearing capacity and maneuverability prevents mechanical failure during heavy-duty logistics operations.

Structural failure during impact allows external components or cargo to breach the occupant space. Preventing this breach ensures the survival envelope remains intact during high-load mechanical deformation.