Marelli to showcase active camber and electromechanical suspension at Auto China 2026
At Auto China 2026, Marelli will demonstrate new active camber, electromechanical lifter, and hybrid electromechanical suspension technologies, designed to enhance vehicle safety, comfort, and performance through softwa…
April 24 - May 3, 2026
up to 80%
What Happened
Marelli, a global technology partner to the automotive industry, will showcase its latest suspension and chassis innovations at Auto China 2026 in Beijing. The company will highlight how vehicle dynamics and advanced suspension technologies are becoming central to safety, performance, and brand differentiation, also supporting the shift toward Software-Defined Vehicles.
“The importance of vehicle dynamics technology spans all propulsion systems, giving automakers a decisive tool to drive vehicle distinctiveness while offering end users a wide range of personalization options.”
up to 80%
compared to passive or semi-active systems, achieved by recovering kinetic energy
- Active Camber system: corrects wheel camber in real time for better grip and stability
- Electromechanical Lifter: adjusts vehicle height for speed bumps, garages, or improved aerodynamics
- Hybrid Electromechanical Suspension: combines full-active actuators with semi-active dampers for affordable high-end ride
Why this matters
These technologies help automakers differentiate their vehicles, improve ride quality, and support the evolution toward software-defined and autonomous driving, while also enhancing energy efficiency by up to 80%.
Terms in This Story
- Camber
- The inward or outward tilt of a wheel when viewed from the front of the vehicle.
- Active suspension
- A suspension system that uses electronic control to adjust damping and ride height in real time.
- Software-Defined Vehicle (SDV)
- A vehicle whose features and functions are primarily enabled by software, allowing over-the-air updates.
- Electromechanical lifter
- A device integrated into the shock absorber that adjusts vehicle height using an electric actuator.
Summarised from the linked release; details can be imperfect — always verify against the original source.