Active hydraulic and electro-mechanical suspension systems dynamically decouple terrain shocks from high-precision sensor payloads and preserve tire-ground contact.
By projecting forward LiDAR terrain scans onto the vehicle wheel tracks 5 to 15 meters ahead, the active damping controller prepares each actuator for impending ruts or bumps, reducing vertical chassis acceleration by 65%.
During aggressive evasive maneuvers, real-time load cell data from all four corners triggers active roll-stiffness redistribution, actively countering centrifugal forces and preventing wheel lift-off.