Disclosed is a calcaneus fracture surgery repository. The repository comprises a rocker, a transmission mechanism, an alloy frame and a cushion plate, and is characterized in that a rolling shaft is arranged on the rocker, and the rocker is connected with the transmission mechanism; the transmission mechanism further comprises a gear I, a gear II and a transmission plate which are separately driven by gears in a meshed mode; the alloy frame penetrates through the transmission mechanism, and a frame can be opened, and closed and move; the cushion plate is fixed at the utmost top end of the alloy frame, and the cushion plate is a carbon fiber plate and in contact with human body skin. According to the calcaneus fracture surgery repository, the transmission mechanism is used for driving the allow frame to press the cushion plate inwards, and the width of a calcaneus can effectively recover; the carbon fiber cushion plate is used, and therefore the carbon fiber cushion plate is directly in contact with surface skin of foots, and X-ray fluoroscopy during surgery is not influenced. The thickness of the cushion plate is 3 mm, the size of the cushion plate is 30*40 mm, and the pressure intensity brought to the surface of the skin can be dispersed when a bone is pressed.