The invention discloses a pair of bionic electric power shoes. Each bionic electric power shoe comprises a shoe sole, wherein a plurality of rotating wheels are arranged under the shoe sole, a motor is further arranged at the lower part of the shoe sole, an output end of the motor is connected with a transmission device, and the transmission device is in driving connection with the rotting wheels. Each bionic electric power shoe is characterized in that the shoe sole comprises a heel part and a sole part which are in rotational connection. Compared with the prior art, the heel part and the sole part can relatively rotate to adapt to a walking posture of lifting the heel firstly and lifting the forefoot later during walking of a human foot, so that the normal walking posture can be kept when the bionic electric power shoes are worn by people; the bionic electric power shoes are mastered and learned by people more easily due to adoption of the normal walking posture, further, the bionic electric power shoes can adapt to the complicated condition of an urban pavement, for example, people wearing the bionic electric power shoes can switch sidewalks, stride over a puddle and the like, and the practicability of the bionic electric power shoes is greatly improved.