Torque vectoring

Torque vectoring is kind of like a superhero power for cars. When you drive a car, the wheels make it move. Each wheel has a different job to do: some make the car go forward, some help it turn left and right, and some make it stop.

Now, imagine that the wheels have muscles. Torque vectoring is like a special workout routine for those muscles. It helps the different wheels work together better to make the car move more smoothly and safely.

When a car turns a corner, the wheels on the outside need to spin faster than the ones on the inside. This helps the car go around the corner without sliding off the road. But if the outside wheels spin too fast, the car can lose control and crash.

That's where torque vectoring comes in. It helps the car handle turns safely by sending more power to the wheels that need it. For example, if the car is turning to the right, the torque vectoring system will send more power to the left wheels. This helps the car stay balanced and stable as it goes around the corner.

Torque vectoring can also help a car accelerate more quickly or stop more smoothly. It's like a magical power that makes cars easier to drive and safer to ride in.