The movement of a vehicle would not be possible without the engine, which is a motorized machine that creates torque in order to enable the movement of a vehicle. Various mechanical parts such as the clutch, differential, transmission, and lastly the wheels allow the vehicle to move, or more specifically allow the transfer of torque from the engine to the wheels. In order to measure this torque on a wheel, it is necessary to use a torque meter, which function on the principle of a tensiometer and electro-resistive elements that alternate their resistance when exposed to a force, thus the torque meter on this basis calculates the value of the force or torque. The fitting of a torque meter leads to minor non-linarites in the vehicle, since the sensor is placed only on one wheel. This fitting enlarges the wheel and consequently creates a higher torque. Measurements have shown that despite this disturbance, the conditions that were set in the specifications were met, for instance the mass of a vehicle is nearly identical to the mass of the vehicle that was measured, and the power created by the engine does not exceed the power of the specifications.