Disclosed are a method for flight on the moon and a flight device using the method. A medium on the surface of the moon and a medium accelerating unit are adopted in the flight method. Under the action of electric power, the medium accelerating unit operates, and the medium is conveyed to the medium accelerating unit. The medium is accelerated in the medium accelerating unit and then is separated from the medium accelerating unit. Due to the conservation of momentum, a counterforce is generated, the counterforce overcomes the lunar gravitation, and the load is driven to take off. The method is suitable for the lunar environment where flight by means of atmospheric buoyancy cannot be achieved due to the shortage of atmosphere.
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