“Increased Integration of Torque Vectoring in Electric and Hybrid Vehicles”
• Torque vectoring is increasingly being integrated into electric and hybrid vehicles to improve traction, control, and efficiency
• Electric drivetrains allow for more precise and responsive torque distribution compared to traditional mechanical systems
• Dual-motor and multi-motor configurations in EVs enable advanced torque vectoring through software
• Automakers are prioritizing vehicle dynamics and performance in EV models, driving adoption of torque vectoring
• For instance, Audi’s e-tron and Tesla’s dual-motor Model 3 utilize torque vectoring to enhance cornering stability and handling
