nyomatékvektorálást

Nyomatékvektorálás is a Hungarian term that translates to "torque vectoring" in English. It is an advanced vehicle stability control system that enhances a vehicle's handling and maneuverability by actively distributing torque between the wheels. Instead of simply braking individual wheels to control yaw, nyomatékvektorálás uses a differential or other torque-splitting mechanisms to send more power to the outer wheels during a turn. This not only helps the vehicle rotate more effectively but also allows for higher cornering speeds and improved stability.

The system typically works by monitoring steering angle, wheel speed, and yaw rate. When the vehicle begins to understeer or oversteer, the nyomatékvektorálás system intervenes by adjusting the torque distribution. For example, in a corner, it can increase torque to the outside rear wheel and decrease it to the inside rear wheel. This creates a turning moment that assists the steering and helps the vehicle follow the desired path.

Nyomatékvektorálás can be implemented using various technologies, including active differentials, electronic brake-force distribution systems, and torque vectoring by braking. The primary benefit of this technology is improved dynamic performance, making the vehicle feel more agile and predictable, especially in challenging driving conditions. It contributes to both active safety by preventing loss of control and to the driving pleasure by enhancing responsiveness.