A monolithic connecting bracket disperses torsional moments across reinforcement walls to reduce stress concentration at the welding portion.
A leaning drive mechanism integrates with a brake member via shared rotary shafts to minimize vehicle body size.
A front floor swivel rotates about a longitudinal axis to maintain vehicle stability during turns while springs hold frame alignment.
A travel vehicle allocates drive wheel torques based on calculated center of gravity height and horizontal distances to optimize traction.
Angled upper and lower links in the rear suspension induce toe-in to counteract over-steer moments and improve turning stability.
A parallelogram seat support system uses a magnetic latch to adjust rider height and lower the center of gravity.
Mounting the tilt angle sensor on a frame loop minimizes centrifugal force influence and vibration while protecting against flying stones.
A linear slide mechanism drives opposite longitudinal wheel displacement to adjust vehicle inclination angle in real time.
Stamped cross member connects longitudinal tubes to enhance torsional stiffness, protecting brake cables from environmental damage.
Segmented cooling radiators and nested exhaust routing resolve heat exposure risks while maintaining stability for high-torque conversions.
Solenoid valves in a hydropneumatic suspension isolate hydraulic circuits to block roll while maintaining vertical wheel independence.
A brake activator adjusts braking forces on front and rear wheels based on slip detection signals to maintain vehicle control.