Steering wheel type aircraft remote controller

Abstract

The invention discloses a steering wheel type aircraft remote controller which comprises a steering wheel, a display device, an internal control circuit, an antenna, a steering wheel rotating seat, a universal seat, a fixed seat and a strap, wherein the display device, the internal control circuit and the steering wheel rotating seat are arranged in the center of the steering wheel; one end of the steering wheel rotating seat is embedded into the universal seat in a rotating manner; one end of the universal seat is embedded into the fixed seat in a universal hinging manner; an aircraft can be remotely controlled to rotate toward a direction specified by an operator at a specified rotation speed by rotating the steering wheel, thereby pushing the steering wheel to form an inclination angle; the aircraft can be remotely controlled to rotate toward the direction specified by the operator. The steering wheel type aircraft remote controller is simple in structure and easy to learn and use, and can be widely applied to the convenient remote control of the aircraft.

Description

technical field [0001] The invention relates to the field of aircraft remote controllers, in particular to a steering wheel type aircraft remote controller used for remote control operations on the aircraft. Background technique [0002] At present, quadrotor drones and other aircraft occupy a large market in the fields of national defense applications, agricultural plant protection, aerial photography, toys and entertainment. Professionals or enthusiasts are keen on the control experience of aircraft. People not only require the remote control to be convenient to use , and requires easy learning and simple operation. For the control of some demolition drones, precision and controllability are also required. However, the existing remote controllers on the market still need to be improved in terms of ease of use, ease of learning, and accuracy, especially in terms of human-computer interaction. These remote controllers can still be used by aircraft professionals, but for or...

AI Technical Summary

Problems solved by technology

However, the existing remote controllers on the market still need to be improved in terms of ease of use, ease of learning, and accuracy, especially in terms of human-computer interaction.

These remote controllers can still be used by aircraft professionals, but for ordinary aircraft enthusiasts, the remote control experience is not satisfactory and it is extremely inconvenient to use

For most people, they are accustomed to using the steering wheel for directional control, but in terms of aircraft remote controllers, few remote controller designers consider people's habits of using the steering wheel.

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