To provide a parachute which can integrate the violently and vertically moving feathers with the physical body of a human, because the human can not fly in the sky freely and safety like a bird.

A shoulder typed case burdened on the back is the most suitable for the integration. Artificial feathers are mounted on the case, and a shaft is included within the case to move the feathers up and down. As a means for leading the shaft to induce the feathers to move vertically at plural times per second similarly as the bird starts to fly up, a strong compressor, which can be stored in the case, light-weighed and small-scaled, are combined with a strong shrinkable coil spring typed rubber cylinder on the lower side and a stronger coil spring on the upper side, thereby having completed the artificial feathers which can generate an ascending air pressure enough to make the human fly up in the sky. Furthermore, a rubber cylinder typed parachute, which is instantly and then continuously opened and can be simply stored, is mounted to the highest position of the cylinder, thereby allowing to provide a structure which is improved in flight balance and stable levitation and makes sure of safety.