Aircraft manipulation and remote control method, aircraft, remote control device and aircraft system

Abstract

The invention discloses an aircraft manipulation method and remote control method, an air craft, a remote control device and an aircraft system. The manipulation method is applied to an aircraft end, and comprises the following steps: receiving an instruction enabling an aircraft to be overturned; in response to the instruction, adjusting power output of the aircraft, and overturning the aircraft, wherein the overturning action of the aircraft is independent from a current gesture of the aircraft, or the overturning action of the aircraft is overlapped with the gesture of the aircraft. By virtue of the aircraft manipulation method, a current moving direction or state of the aircraft can be changed in a short time, so that the aircraft can flexibly avoid an obstacle and rapidly change a flight line, the manipulation steps of the aircraft are simplified, and the mobility and ornamental property of the aircraft are improved.

Description

technical field [0001] The invention relates to the field of aircraft, in particular to an aircraft control method, a remote control method, an aircraft, a remote control device and an aircraft system. Background technique [0002] In recent years, competitions and performances of multi-rotor aircraft have become more and more popular, and the development of multi-rotor aircraft has put forward new requirements for the maneuverability of aircraft. [0003] The flight control of traditional multi-rotor aircraft is mainly the combined motion of pitch, roll, yaw and vertical four directions, but the special effects of these combined motions depend on the operator's operating experience. Generally speaking, only operators with considerable experience can perform specific flight maneuvers. For example, the aircraft wants to make a rapid "lane change" flight movement when flying forward. The traditional method is to combine the left and right movements of the stick while flying f...

AI Technical Summary

Problems solved by technology

For example, the aircraft wants to make a rapid "lane change" flight movement when flying forward. The traditional method is to combine the left and right movements of the stick while flying forward. If there are barriers such as fences between the flight paths Objects, this combination requires additional height control, which is cumbersome and not easy to achieve

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