The utility model discloses a flight simulation training apparatus. The flight simulation training apparatus comprises a vertical arranged main shaft, and a cantilever beam which sleeves the main shaft via a bearing; one end of the cantilever beam is provided with a training cabin; the cantilever beam is driven by a first driving mechanism to rotate; two ends of the training cabin are hinged to a support frame; one end of the training cabin is provided with a second driving mechanism used for driving the training cabin to rotate around a first axis of the length direction of the training cabin; the support frame is hinged to the cantilever beam; the support frame is driven by a third rotation driving mechanism to rotate around a second axis at an axis center of an articulated shaft of the support frame; and the second axis is parallel or perpendicular to the main shaft and vertical to the first axis of the training cabin. According to the flight simulation training apparatus, body postures of a pilot or an astronaut can be adjusted to be consistent with a direction of a force of an over load born by the pilot or the astronaut, and therefore real body feeling of simulated flight is improved, and training effect is enhanced.