The utility model provides a composite reinforcement type magnetorheological clutch, which takes the advantage of the dual characteristics of the centrifugal force and magnetorheological extrusion to increase torsion, improves operational efficiency and is easy to respond rapidly. During operation, the composite reinforcement type magnetorheological clutch takes the advantage of hinge rod reinforcement, while driving an extrusion plate to extrude magnetorheological fluids, thereby increasing torque, solving the problem that the traditional single-hinge rod reinforcement type clutch cannot respond rapidly, and improving the general operational efficiency.