What does torque vectoring ensure during vehicle motion?

Torque vectoring is a technology used in modern vehicles to improve handling and performance, especially in dynamic driving situations. The correct answer highlights how torque vectoring effectively transfers power to the wheels that have the best grip on the road. This is crucial during turns, acceleration, or when driving on slippery surfaces, as it helps in enhancing traction and stability.

By redistributing torque between the wheels, the vehicle can navigate corners more efficiently, preventing slippage or loss of control. This results in improved overall handling and safety, allowing for a smoother ride even under challenging conditions. Torque vectoring optimizes the vehicle's performance by ensuring that the available power is used where it is most effective, enhancing the driver’s control and reducing the likelihood of skidding.

Other options, while relevant to vehicle performance in their own contexts, do not specifically relate to the primary function of torque vectoring. For instance, fuel consumption and tire wear are important aspects of vehicle operation but are not directly managed by torque vectoring.