A rear suspension link connects the chainstay to the damper mount.
A bicycle rear suspension system uses a specific linkage geometry to isolate the wheel from drive-train forces.
A grip-driving electric motor rotates the throttle handle to match valve shaft movement.
Segmentation of the vehicle into a fixed base and interchangeable bodies resolves the trade-off between single-track maneuverability and transport versatility.
Telescopic extension assemblies adjust the overall vehicle length, resolving the trade-off between cargo carrying capacity and cornering performance.
Resilient strips on the neck cover absorb impact energy from fork tube shrouds, preventing damage during steering.
A vehicle swing arm bracket separates support and coupling portions to generate torsion, adjusting external force magnitude transmitted to the frame.
Pivoted support frames and trailing links enable the sidecar wheel to tilt with the motorcycle, reducing rider control requirements on uneven roads.
Nested support wheels maintain a concave belt contour, enabling speed control via center of gravity shifts without motor adjustments.
A bicycle rear suspension linkage adjusts shock absorber compression to vary the shock rate throughout vertical wheel travel.
Corrugated elastic elements in dual rear wheels allow lateral tilting, resolving the trade-off between static stability and dynamic maneuverability.