The invention discloses annular rock climbing training equipment which comprises a bottom ring frame, an upper ring frame, rock climbing wall brackets, rock climbing walls, rock climbing handles, rock climbing handle electric cylinders, rock climbing wall electric cylinders, a main control box and an operation and control box, wherein the rock climbing wall brackets are uniformly mounted between the bottom ring frame and the upper ring frame; sliding shafts are respectively arranged on the two sides of each of the rock climbing wall brackets, and each of the rock climbing walls is mounted on the sliding shafts of the two rock climbing wall brackets in a sliding manner; the end part of a piston rod of each of the rock climbing wall electric cylinders is mounted on the inner side of the corresponding rock climbing wall in a hinged manner; the eight rock climbing handles are arranged on each of the rock climbing walls in a hinged manner, and one rock climbing handle electric cylinder is arranged at each of the rock climbing handles at the back part of each of the rock climbing walls; the main control box is mounted in the central position of the bottom ring frame, and the operation and control box is mounted in a place where the operation is convenient. As the rotary rock climbing walls are arranged, the purpose of free and safe rock climbing training is realized; the structure is reasonable, and the operation is convenient.