Shock absorption type aerial survey device of unmanned aerial vehicle

The utility model relates to the field of aerial survey devices, in particular to a damping aerial survey device for an unmanned aerial vehicle. The shell comprises a mounting chamber provided with a plurality of mounting grooves; and magnets I are arranged in the mounting grooves. The multiple groups of magnetic damping assemblies are in one-to-one correspondence with the multiple mounting grooves; the multiple sets of magnetic damping assemblies are rotationally connected to the mounting groove to form a claw-shaped structure, on one hand, vibration buffering is conducted on the unmanned aerial vehicle through the homopolar repulsion phenomenon existing in the magnetic damping assemblies, and on the other hand, vibration buffering is conducted on the unmanned aerial vehicle through the homopolar repulsion phenomenon between the magnetic damping assemblies and the first magnets. The elastic ball firstly contacts with a collision object and is stressed to drive the magnetic sliding frame to retract into the r