The invention discloses a
wind force damping device, and belongs to the field of damping devices in an
aviation drag
system. The
wind force damping device comprises air inlet dampers, fan impellers, an
impeller shaft, exhaust air dampers, a cabin body, a
decoy, a traction cable, a transmission steering device and an
impeller shaft support, wherein the air inlet dampers are arranged at the front end of the cabin body; the fan impellers are arranged at the rear end of the air inlet dampers; one end of the
impeller shaft is connected with the fan impellers and the other end of the impeller shaftis connected with the transmission steering device; the impeller shaft is fixed to the impeller shaft support; two ends of the impeller shaft are fixed to the cabin body; the
decoy is released and isconnected with the transmission steering device through the traction cable, and the fan impellers are driven to rotate through the impeller shaft; and the air inlet dampers and the exhaust air dampersare opened at the same time, so that
airflow which acts on the surfaces of the fan impellers is formed, torque for allowing the fan impellers to reversely rotate is generated, and the
decoy can be decelerated or recovered. According to the
wind force damping device disclosed by the invention, by using the wind force simply, the damping effect of slowing down the releasing speed of the traction cable can be generated and the situation that the traction cable is broken by pulling at the end of releasing can be effectively avoided.