Civil unmanned aerial vehicle simulation training system

Abstract

The invention discloses an operation procedure of a civil unmanned aerial vehicle simulation training system. The operation procedure comprises the steps of: entering selection of a trainee scene module when the civil unmanned aerial vehicle simulation training system is started; entering a corresponding training environment according to a scene mode selected by a trainee; selecting a civil unmanned aerial vehicle in need of training by the trainee; carrying out return-to-zero calibration on position of an operation rod of a remote controller; allocating operation modes by utilizing an optimized allocation mechanism of operation channels; deciding operation response through shifting the operation rod between maximum and minimum positions; automatically confirming linkage compatibility of channel allocation according to a driving program of the remote controller; if the linkage compatibility is not qualified, then reallocating the operation channel; if the linkage compatibility is qualified, then selecting a flight route; starting the flight simulation of the aerial vehicle after selecting the appropriate training route; automatically recording the flight situation in background if flight recording is selected after the flight; and evaluating flight level in real time if an evaluation scene is selected, generating evaluation result information, and presenting the evaluation result information to the trainee.

Description

technical field [0001] The invention relates to a civil unmanned aerial vehicle simulation training system, in particular to the field of unmanned aerial vehicle simulation training. Background technique [0002] With the rapid development of civilian unmanned aerial vehicle technology, especially the rapid popularization of civilian unmanned aerial vehicles, the demand for civilian unmanned aerial vehicle simulation training is becoming more and more urgent. Military or large-scale unmanned aerial vehicle simulation training systems have the characteristics of complex operation, many training subjects, and high requirements for basic aviation knowledge. They have certain professional barriers to civil flight, and it is difficult to meet the needs of civil flight training. At the same time, the development and design of unmanned aerial vehicle equipment tends to be more intelligent and modular, and complex professional training simulation systems are no longer required. Flex...

AI Technical Summary

Problems solved by technology

Military or large-scale unmanned aerial vehicle simulation training system has the characteristics of complex operation, many training subjects, and high requirements for basic aviation knowledge. It has certain professional barriers to civil flight, and it is difficult to meet the needs of civil flight training.

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