Skydiving simulator and skydiving training process using the same

A skydiving training process using a skydiving simulator, comprising:

• a fuselage driving step of operating a fuselage drive unit in response to a control signal outputted from a central control unit (CCU), thus lifting up said fuselage, loaded with a skydiver, by a lifting arm along an upward arc defined by an outside end of said lifting arm;
• a jumping step of operating horizontal and upward fan units, each consisting of a fall and a height-adjustable air guide rim controlled in a height thereof by an extendible column operated in conjunction with a motion of said fuselage and respectively forcing air currents horizontally and upwardly into an open simulation space around the fuselage, and letting the skydiver jump from the fuselage into the open simulation space;
• a free-falling mode floating step of suspending the skydiver using a plurality of hanging ropes of a rotary hanger unit after the skydiver jumps from the fuselage, and controlling the upward fan unit by the CCU such that velocity and direction of the air currents generated by said upward fan unit is controlled as time goes by, and rotating a rotary disc to change a position of the skydiver while allowing the skydiver to horizontally float in a weightless state in the open simulation space;
• a skydiver's position changing step of changing a free-falling mode horizontal position of the skydiver to a parachuting mode vertical position by controlling lengths of released parts of said hanging ropes of the rotary hanger unit in response to a signal representing that the skydiver manipulates a parachute control handle;
• and
• a landing step of lowering the fuselage in response to a signal, outputted from said CCU and representing that the skydiver has floated down to be close to the ground, and unwinding the hanging ropes from a plurality of take-up rollers to safely land the skydiver on the ground.