Integrated wheel houses and floor panel use curved surfaces and inclined ribs to disperse collision loads while reducing vehicle weight.
Forward-positioned rear frame coupling in a die-cast rear body structure preserves strength while reducing body length, weight, and layout constraints.
A tubular air duct and protector restrain resin fender thermal expansion, enabling tighter door gaps while reducing interference and water adhesion.
Opposed convex and concave cabin beams create more usable driver space while preserving stability, safety, low weight, and easy interface mounting.
Sensors and a motor deploy a wheel guard only when moisture or ride height demands debris protection, helping cut aerodynamic drag.
A detachable reinforcing section inserts into the front pillar lower member to improve width-load rigidity and simplify vehicle body assembly.
A bracket overlapped on a narrow fender crosspiece preserves rigidity around oil filler or charging openings and suppresses deformation.
A cantilevered hinged door with latch retention bridges the cab-body gap, preserving articulation clearance and reducing damage risk.
Interchangeable mold inserts form mud flap indicia during molding, avoiding fading from perforations and reducing customization cost.
An open side-sill region lets heat cure the adhesive seam between steel and light metal, cutting joining cost while preserving crash strength.
A segmented replacement floor uses reusable molded base and extension parts to fit different vehicle cargo spaces at lower conversion cost.
A direct mounting bracket links the underbody to the cowl top panel, removing the cross bar to cut weight and simplify installation.
Lifting devices routed from the chassis through load-bearing supports to the roof cut interface stress, weight, and vehicle width during aircraft loading.
Closed-section flange reinforcement improves rigidity and strength while keeping welding quality stable and reducing component count.
Edge extensions and fringe materials widen mud flap coverage, adding debris protection while enabling a customized truck appearance.
A low wall at the cowl vent grille junction redirects rainwater away from the air inlet, helping protect ventilation and nearby electrical equipment.
An integrated rib in the rear side panel supports trunk carpet edges without extra brackets, cutting weight, cost, and assembly complexity.
A movable brush-like splashguard drops low for spray deflection, then compacts upward to avoid damage during loading, unloading, and parking.