Shooting aircraft

Abstract

The invention discloses a shooting aircraft. The shooting aircraft comprises a power box, the outer sides of the left part and the right part of the power box are provided with symmetrical direction boxes, direction cavities are formed in the direction boxes correspondingly, driven rail components are arranged in the direction cavities, wherein the driven rail components are provided with extending shafts extending leftwards and rightwards and are connected with the power box in a rotating fit manner, reversing devices are arranged in the direction cavities, the direction cavities are controlled by the driven rail components, signal switch components are arranged in the reversing devices, the signal switch components are used for controlling the reversing devices, and when the aircraft needs to be turned, the signal switch components are turned on to enable the reversing devices to be connected with the driven rail components to generate lateral thrust, so that the aircraft can be steered to turn in a shortest radius range. The shooting aircarft is simple in structure and convenient to operate, the turning in the shortest radius range is realized through the circumferential lateral thrust, and a camera rotates at the same time, so that the picture shooting is stable.

Description

technical field [0001] The invention relates to the technical field of aerial photographing equipment, in particular to a photographing aircraft. Background technique [0002] Aerial photography, also known as aerial photography or aerial photography, refers to taking pictures of the earth's landforms from the air to obtain a top view. As a photography art, it is also used in military affairs, transportation construction, water conservancy engineering, ecological research, urban planning, etc. [0003] The traditional aircraft has an independent flight system and the independent control of the camera system uses electronic control signals to achieve linkage, but the signal reception at high altitude will be affected by environmental changes, resulting in insensitive command execution. At this stage, the aircraft on the market need to turn in a wide range like an airplane when turning, and sometimes it is difficult to shoot in urban areas with small spaces. And the shooting ...

AI Technical Summary

Problems solved by technology

[0003] The traditional aircraft has an independent flight system and the independent control of the camera system uses electronic control signals to achieve linkage, but the signal reception at high altitudes will be affected by environmental changes, resulting in insensitive command execution

At this stage, the aircraft on the market needs to turn in a wide range like an airplane when turning. Sometimes it is difficult to shoot in some urban areas with small spaces.

And the shooting screen when turning will be unstable due to the aircraft's steering

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