A robot, comprising: a mobile terminal, a head (110), trunk (120), left arm bracket (140), right arm bracket (130), left leg bracket (160), right leg bracket (150) and electronic control unit (180). The trunk (120) comprises a first structural member (128). A first servo (124) connects to the head (110) by means of a first servo horn (1242). A second servo (122) connects to the right leg bracket (130) by means of a second servo horn (1222). A third servo (126) connects to the left arm bracket (140) by means of a third servo horn (1262). The side wall of the first structural member (128) furthest from the head (110) connects to the right leg bracket (150) by means of a sixth servo horn (1520), while the side wall of the first structural member (128) furthest from the head (110) connects to the left leg bracket (160) by means of an eighth servo horn. The electronic control unit (180) is provided within a recess of the first structural member (128), with the electronic control unit (180) being electrically connected to the servos within the robot. The various parts of the robot are controlled by the mobile terminal via the electronic control unit (180). Also provided is a robot control method, which solves the problem of unvarying movements and poor emotional interaction of existing robots.
ROBOT AND CONTROL METHOD THEREFOR