Integrated grooves and channels drain windshield runoff away from wheel-arch grounding points, preventing oxidation and electrical issues.
A bridged lamp bracket and extension panel add front-trunk hood mounting space while reducing panel-joint stress and improving stiffness.
A molded portion on the glass or plastic roof panel enables direct liner fastening, cutting frame parts, cost, and replacement effort.
An alignment ramp guides trim molding rotation to close the fender-baffle gap, prevent misalignment, and avoid vehicle door interference.
Interconnected reinforcement strips strengthen B-pillar hinge areas while limiting weight growth and simplifying mass-production assembly.
A groove-free roof visor hides environment sensors and RF installations while preserving signal transmission, vehicle styling, and aerodynamics.
Direct sensor placement at the roof panel viewing area removes extra optical interfaces, reducing blur, cost, and packaging constraints.
A roof cutout nests the sensor housing so the sensor window becomes the outer roof surface while sealing out moisture and dirt.
Front and rear ducts route side airflow past the rear pillar to cut drag while avoiding cantilever load on the wing-shaped spoiler.
A single tailor-welded blank forms the rear underfloor structure to cut parts and assembly while improving crash resistance and weight.
A rear pillar duct and wing-like side spoiler redirect separated side flow inward, cutting rear drag while preserving a smooth body surface.