A parachute landing training system and method based on real terrain simulation

Abstract

The invention discloses a real terrain simulation-based parachuting landing training system and method. A parachuting landing training simulation system closer to actual parachuting conditions is built by adopting the advanced technologies of parachuting landing simulation, virtual reality, real terrain simulation and the like, and the landing training problem is solved; the training system solves the problem that lift-off parachuting training is influenced by the airplane guarantee and the weather, the in-air and landing scenes of parachuting are simulated by using a ground device, thus the training cycle can be effectively shortened, the training consumption and security risks are decreased, and the training effect is obvious; and the training system integrates the landing site judging training, parachute controlling training and landing buffer movement training which are independent in the original ground training way, thereby being capable of closer to actual lift-off parachuting conditions, the training level of parachuters is effectively improved, and the mental tension of parachuters is alleviated.

Description

technical field [0001] The invention belongs to the field of parachute simulation training methods and technologies, and in particular relates to a parachute landing training system and method based on real terrain simulation. Background technique [0002] Skydiving training can be divided into three links: disengagement, air manipulation, and landing. Landing is the last link of skydiving training, and it is also a link that causes harm to the human body and has a very high injury rate. Parachute landing training is mainly carried out through ground training. Landing action ground training is a series of action training for parachutists to simulate landing from the air to the ground to instantly relieve the landing impact on the human body due to the sudden disappearance of movement speed. The traditional jumping fixed platform exercise can only practice maintaining the correct landing posture, exercise leg strength and landing buffer. The ring training simulation is also ...

AI Technical Summary

Problems solved by technology

The ring training simulation is also limited to a forward-facing skydiving landing posture, which is quite different from skydiving in complex terrain with an angle between the movement direction of the parachute and the wind direction under different weather conditions.

Therefore, the traditional landing training method still has great limitations. It lacks training equipment and training methods that can realistically simulate the parachute landing environment under various complex conditions.

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