Rotating flight simulator

Abstract

The invention relates to a rotating flight simulator, which comprises a rotating cockpit, a C-shaped frame, a support and a base. When the rotating cockpit rotates in the C-shaped frame, rolling flight can be simulated; when the C-shaped frame rotates at the top of the support, pitching flight can be simulated; when the support rotates on the base, flight direction change can be simulated. The rotating flight simulator adopts an ingenious modularized structure design, and can simulate triaxial rotating flight maneuver and load in combination with an electromechanical automatic control technique and flight simulation software. The rotating flight simulator can remarkably increase the training effect and level of aeronautic and astronautic vehicle pilots, and also has great significance and a broad market in terms of science experience and recreational simulation.

Description

Technical field [0001] The invention relates to a rotating flight simulator, which belongs to the technical fields of aviation and aerospace training and popular science experience and entertainment flight simulation. Background technique [0002] At present, there are various training methods and equipment for pilots, astronauts, and special operators at home and abroad. In particular, standardized international and domestic standards have been formed for pilot training and training equipment. However, the existing training methods and training equipment cannot fully satisfy the physical, physical, psychological, and agility training of pilots or pilots, especially the training of rapid response ability and combat skills under combat conditions. [0003] The current standard flight simulator emphasizes the driving training of the aircraft, but it cannot fully cover the training of air-to-air and air-to-ground confrontation. For example, the physical, physical, mental, and agility...

AI Technical Summary

Problems solved by technology

However, none of the existing training methods and training equipment can fully satisfy the training of pilots or drivers in terms of physical, physical, psychological and agility, especially in the training of the ability to quickly respond to combat and combat skills under combat conditions.

[0003] The current standard flight simulator emphasizes the driving training of the aircraft, but it cannot fully cover the training of air-to-air and air-to-ground confrontation.

For example, when the aircraft does various stunts such as fast somersaults, the pilot's physical, physical, psychological and agility qualities cannot be well trained.

This is due to the fact that although ordinary flight simulators can realize six-degree-of-freedom simulation dynamics, they cannot provide infinite motion and loads in all directions.

Although some special simulators can theoretically provide unlimited motion and load in all directions, their cost is huge, and the cost of equipment is extremely high. It is difficult to popularize and equip them, let alone popularize them in the field of popular science experience and entertainment.

On the other hand, the existing class of trainers can also simulate actions and loads through actions such as rotation, so as to achieve a certain degree of training for pilots' physical fitness, etc., but the training equipment is simple and cannot be compared with flight simulation software The combination of control technology and so on, so the training effect is general

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