A robot apparatus incorporating a videogame and comprising: - LED/sound sensor eye comprising a video camera and being connected with a multi-touch computer display executing said videogame through a cable so as to acquire the audio output signal from the videogame, and translating the videogame audio output into sound waves; - mechanical lever comprising a light bulb, a dynamo motor generator and a lever; - a triangular base sustaining a rubber torso and comprising three feet supports that are screwed to three rubber suspensions and three rubber pneumatic wheels for supporting a user's feet, the rubber torso comprising: - a battery, - sensor LEDs, - a rotation sensor, - a heart rate and galvanic skin response sensor, - the multi-touch computer display, - a button, - a microphone, - a linear potentiometer, which are connected to the rubber torso by Velcro strips, wherein: the battery comprises a solar panel for recharging the battery; the sensor LEDs comprise Bluetooth transceivers and produce a visible light while pressed; the rotation sensor is placed in the superior part of the robot apparatus and is connected to a wireless Bluetooth transceiver; the button is placed in the rubber torso and comprises a wireless Bluetooth transceiver that when pressed starts a multiplayer function by activating an online connection; the microphone is placed in the rubber torso, and consist of an acoustic-to-electric transducer that converts sound waves into an electric signal and is connected to the multi-touch computer display via cable TRS connector input to a soundcard; the linear potentiometer comprises a Bluetooth transceiver and a potentiometer for the user to control the intensity of the game; the multi-touch computer display is placed in the back of the apparatus and comprises an anti-shock and anti-vibration system, GPS, and an I/O board for V2.0 Bluetooth wireless connections that establishes connections with each of the sensors (5, 6, 10, 11, 14, 16, 17) wirelessly; and wherein said wireless Bluetooth transceivers of the apparatus comprise a micro plastic box and transmit digital messages to the multi-touch computer display in real-time. - LED/sound sensor eye comprising a video camera and being connected with a multi-touch computer display executing said videogame through a cable so as to acquire the audio output signal from the videogame, and translating the videogame audio output into sound waves; - mechanical lever comprising a light bulb, a dynamo motor generator and a lever; - a triangular base sustaining a rubber torso and comprising three feet supports that are screwed to three rubber suspensions and three rubber pneumatic wheels for supporting a user's feet, the rubber torso comprising: - a battery, - sensor LEDs, - a rotation sensor, - a heart rate and galvanic skin response sensor, - the multi-touch computer display, - a button, - a microphone, - a linear potentiometer, - a battery, - sensor LEDs, - a rotation sensor, - a heart rate and galvanic skin response sensor, - the multi-touch computer display, - a button, - a microphone, - a linear potentiometer, the battery comprises a solar panel for recharging the battery; the sensor LEDs comprise Bluetooth transceivers and produce a visible light while pressed; the rotation sensor is placed in the superior part of the robot apparatus and is connected to a wireless Bluetooth transceiver; the button is placed in the rubber torso and comprises a wireless Bluetooth transceiver that when pressed starts a multiplayer function by activating an online connection; the microphone is placed in the rubber torso, and consist of an acoustic-to-electric transducer that converts sound waves into an electric signal and is connected to the multi-touch computer display via cable TRS connector input to a soundcard; the linear potentiometer comprises a Bluetooth transceiver and a potentiometer for the user to control the intensity of the game; the multi-touch computer display is placed in the back of the apparatus and comprises an anti-shock and anti-vibration system, GPS, and an I/O board for V2.0 Bluetooth wireless connections that establishes connections with each of the sensors (5, 6, 10, 11, 14, 16, 17) wirelessly; and wherein said wireless Bluetooth transceivers of the apparatus comprise a micro plastic box and transmit digital messages to the multi-touch computer display in real-time.