A protruding sealing element and tamper-proof fasteners block airflow between truck body parts, improving aerodynamics and fuel efficiency.
Segmented, sliding, and rotating tailgate sections improve cargo bed access while preserving coverage, strength, and added utility.
A guided step tread holder uses angled deflector faces and a breaking point to redirect crash motion away from the energy storage unit.
Dual front and rear brackets guide a vehicle step away from the energy storage system during a side crash to prevent impact damage.
A hinged guide-on post with extendable steps improves access to high swim platforms while still marking trailer position when submerged.
Mounted between factory truck steps, this aftermarket foothold halves an 18-inch climb into two 9-inch steps for easier, stable cab entry.
A laterally deployable second step improves cabin entry safety and comfort while sharing the lift motor through a clutch-based mechanism.
A sliding front-trunk platform turns unused EV compartment space into storage and a stable work surface with integrated drawer access and lighting.
A dual-pivot upper and lower step layout improves BEV access while preserving battery space and crash protection.
A deployable step extends below a high-mounted side bar to ease raised-vehicle entry while preserving ground clearance and a low-profile look.
A tailgate-triggered bumper step pad moves rearward and downward to improve pickup cargo bed access without a permanent external step.
Direct shaft coupling replaces gear transmission in an automobile electric pedal to cut noise, improve stability, and extend service life.
A spring-loaded connecting rod replaces motorized footboard linkages, increasing travel while cutting cost, maintenance, and harsh-environment failures.
Pivoting seats and a translating door linkage improve cabin flexibility while reducing door swept path and obstruction in autonomous vehicles.