A hollow motorcycle swing arm uses segmented support struts to join open-section arms and maintain structural rigidity.
A vehicle motion control system interconnects frame portions using sliding elements and rigid links to maintain force equilibrium during acceleration.
Placing the rear suspension below the swing arm pivot lowers the center of gravity and creates space for components above the frame.
A frame assembly connecting element mounts a drive unit while pivoting the rear triangle.
A two-wheeler axle system uses a decoupled coupling device to rotate independently of the tightening mechanism.
Rotatable hanger compensates for frame twisting to maintain wheel alignment, reducing power loss and eccentric tire wear.
A shield element mounted to the motorcycle frame deflects foreign objects away from the rear shock linkage.
A variable-geometry bicycle frame uses articulated joints to adjust saddle height and rear suspension stroke via a handlebar shifter.
A motorcycle frame uses mounting plates and castings to join tubular components for precise power source positioning.
Segmented coupling members join main rails to adjust frame rigidity, resolving the trade-off between stability and turning ease.
A bicycle suspension control apparatus receives and stores combination information for front and rear suspensions to enable coordinated state adjustments.
Arranging the battery and electronic control unit side by side between seat rails reduces wiring path length while maintaining compact space utilization.
Selective fiber wrapping on radial load regions resolves the strength versus weight trade-off in handlebar-steered suspension forks.
A bicycle suspension adjusts stroke length using an axially movable member driven by a motor housed within the first air chamber.
A cycle suspension assembly increases mechanical trail distance as the shock absorber compresses.
Universal frame assembly with standardized mounting interfaces supports modular component integration across multiple vehicle platforms.
A stability control system adjusts suspension damping to manage vehicle roll dynamics.
Positioning the cross member above main frames isolates front wheel loads from the rear suspension, reducing deflection and improving comfort.