The invention discloses a dynamic flight simulator cockpit door bolt. The dynamic flight simulator cockpit door bolt is installed on a cockpit door and comprises an out-cockpit handle, an in-cockpit handle, an in-cockpit adjusting handle, a pressing rod, a cage, a driving rod, a connection rod, driven rods and bolt tongues. The pressing rod penetrates through a through hole in the cockpit door. A position blocking device is arranged between the pressing rod and the cockpit door. The out-cockpit handle is connected with the outer end of the pressing rod. The in-cockpit handle and the in-cockpit adjusting handle are connected with the middle segment of the pressing rod and located on the inner side of the cockpit door. The in-cockpit handle can drive the pressing rod to rotate. The in-cockpit adjusting handle can pull the pressing rod toward the inner side direction. The cage is used for installing the in-cockpit adjusting handle and a compressed spring. The compressed spring is used for pushing the pressing rod outwards. The driving rod is installed on the pressing rod and rotationally connected with the driven rods and the bolt tongues through the connection rod. Through the dynamic flight simulator cockpit door bolt, the cockpit door can be opened and closed from the inner side and the outer side of the cockpit door, and self-locking can be achieved, so that the dynamic flight simulator cockpit door bolt better adapt to the operating requirements of the dynamic flight simulator cockpit door.