The proposed invention relates to the field of medicine, and more particularly to orthopaedic surgery and traumatology, and can be used for repairing trabecular bone defects in the epi-metaphyseal region. Proposed is an implant for repairing trabecular bone defects which is configured in the shape of a solid of revolution. The implant is characterized in that the solid of revolution is made of a porous material and is bounded by the surface of an ellipsoid. The porous material is porous titanium or a titanium alloy. The dimensions of the ellipsoid along three orthogonal axes are in a range of 5-30 mm. The dimensions of the ellipsoid are: 5-10 mm along one of the orthogonal axes, 10-20 mm along the second orthogonal axis, and 20-30 mm along the third orthogonal axis. The technical result is the improved adaptability of the shape of the implant to the dimensional characteristics of a specific bone defect. Since the implant is made of a metal material, it has improved X-ray visibility. Producing the implant from a porous material enhances the osteoconductive effect.
