A research and development electric power material warehouse management robot comprises a body, a head, remote control motors, an integrated circuit, a wireless local area private network, a first WIFI remote camera, a second WIFI remote camera, a bar-code scanner and a central control computer. The head and the body are connected. The remote control motors are connected to the integrated circuit. A WIFIA antenna is installed to be connected with the wireless local area private network. The central control computer is connected with the wireless local area private network. The number of the remote control motors is six. The four remote control motors are fixed at the bottom of the body of the robot, and the other two remote control motors are installed on the chest of the body of the robot. The first WIFI remote camera is installed on the top of the body and connected with the wireless local area private network. The second WIFI remote camera is installed on the chest of the body and connected with the wireless local area private network. Buttons in the bar-code scanner are connected to the remote control motors through two signal lines after being demounted. The research and development electric power material warehouse management robot is low in research and development cost, high in practicality, capable of effectively shortening inspection tour and checking time, improving material warehouse management working efficiency, saving labor hour, reducing labor, labor cost input and monitoring blind spots, and improving safety of warehouse materials.