BorgWarner is providing its two-speed Torque-OnDemand transfer cases for Foton Motor’s recently launched Sauvana SUV.

BorgWarner’s Torque-On-Demand technology automatically redistributes torque from the rear wheels to the front wheels without driver intervention for traction, stability and enhanced dynamics.

Discover B2B Marketing That Performs

Combine business intelligence and editorial excellence to reach engaged professionals across 36 leading media platforms.

Find out more

“Drivers will appreciate the control of BorgWarner’s Torque-On-Demand technology,” said BorgWarner TorqTransfer Systems president and general manager, Stefan Demmerle.

“Without flipping a switch or turning a dial, the system automatically delivers the traction needed for nearly any road or weather condition.

“BorgWarner is pleased to provide localised manufacturing for Foton Motors, supplying this advanced technology from our facility in Beijing.”

BorgWarner’s Torque-On-Demand technology works directly with the vehicle’s control systems.

Monitoring signals such as steering wheel angle, accelerator pedal position and wheel speed, the vehicle’s control systems command the transfer case to deliver the required amount of torque to the front and rear axles.

To enhance performance and fuel efficiency, the aluminium housing reduces total vehicle weight.

The all-wheel drive transfer case is also equipped with BorgWarner’s HY-VO transfer case chain.

Just Auto Excellence Awards - Nominations Closed

Nominations are now closed for the Just Auto Technology Excellence Awards. A big thanks to all the organisations that entered – your response has been outstanding, showcasing exceptional innovation, leadership, and impact.

Excellence in Action
Neonode has won the Innovation Award for Driver Monitoring Software for its camera-based, MultiSensing®-powered solution that delivers precise hands-on-wheel detection, regulatory-ready safety performance and low-footprint integration. Discover how Neonode is redefining driver monitoring, UX and compliance for next-generation semi-autonomous vehicles.

Discover the Impact