A motor vehicle drive control system providing control means which drives each drive actuator of an engine throttle, a steering, and brakes according to detection results of operation states of a motor vehicle to perform stability control at the time of motor vehicle traveling, comprising: a plurality of sensor units which are provided in the front and rear, and left and right of a motor vehicle body respectively, wherein the sensor units are arranged to detect a first acceleration generated in a fore-and-aft direction of the motor vehicle body, a second acceleration generated in a left-and-right direction of the vehicle body, and a third acceleration generated in an up-and-down direction of the motor vehicle body, to convert detection results of the accelerations into digital values, and to transmit digital information including the digital values; and a monitoring device which receives the digital information transmitted from the sensor units, and acquires the detection results of the first to third accelerations of every sensor unit, wherein the control means has means of performing correction control of drive of a predetermined drive actuator among the respective drive actuators on the basis of the detection results of the first to third accelerations acquired by the monitoring device, wherein each sensor unit is provided in one of a plurality of bodies of rotation, which are the wheels or which are bodies of rotation provided in a motor vehicle body side for mounting the wheels, and rotates with the respective wheel, and wherein each sensor unit provided in a body of rotation is arranged to detect accelerations in three mutually orthogonal directions, being (i) a rotary direction of the tire of the respective wheel, (ii) a direction of the axis of rotation of the respective wheel and (iii) a radial direction orthogonal to the axis of rotation of the respective wheel. a plurality of sensor units which are provided in the front and rear, and left and right of a motor vehicle body respectively, wherein the sensor units are arranged to detect a first acceleration generated in a fore-and-aft direction of the motor vehicle body, a second acceleration generated in a left-and-right direction of the vehicle body, and a third acceleration generated in an up-and-down direction of the motor vehicle body, to convert detection results of the accelerations into digital values, and to transmit digital information including the digital values; and a monitoring device which receives the digital information transmitted from the sensor units, and acquires the detection results of the first to third accelerations of every sensor unit, wherein the control means has means of performing correction control of drive of a predetermined drive actuator among the respective drive actuators on the basis of the detection results of the first to third accelerations acquired by the monitoring device, wherein each sensor unit is provided in one of a plurality of bodies of rotation, which are the wheels or which are bodies of rotation provided in a motor vehicle body side for mounting the wheels, and rotates with the respective wheel, and wherein each sensor unit provided in a body of rotation is arranged to detect accelerations in three mutually orthogonal directions, being (i) a rotary direction of the tire of the respective wheel, (ii) a direction of the axis of rotation of the respective wheel and (iii) a radial direction orthogonal to the axis of rotation of the respective wheel.