Unmanned aerial vehicle (UAV), abbreviated as “unmanned aerial vehicle”, is a unmanned aircraft operated by radio remote control equipment and self-contained program control devices, or operated completely or intermittently by on-board computers. Unmanned aerial vehicles are unmanned aerial vehicles that are controlled by radio remote control equipment or onboard computer program control systems. Unmanned aerial vehicles have a simple structure and low operating costs, which not only enable them to complete tasks performed by manned aircraft, but are also suitable for tasks that are not suitable for manned aircraft. It plays a significant role in emergency response and early warning of unexpected events.
As a surveying and mapping technology in the new era, drone aerial photography technology plays a very important role, and its application fields are also constantly expanding.
The takeoff and landing are limited by the location, and can take off and land on sports stadiums, roads, or other wide roads, with high safety and convenient venue conversion. Its multifunctional and multi-purpose imaging system software is a key way to obtain remote sensing information.
Due to the portability, low noise, environmental protection, energy conservation, and high efficiency of drone aerial photography, integrated, miniaturized, and intelligent systems are outstanding characteristics of drone aerial photography.
Drone aerial photography uses electronic computers to process and solve image information. The entire system software has obvious characteristics in terms of design scheme and reasonable configuration, and is a new application technology that integrates remote sensing technology, remote control, telemetry technology, and electronic information technology.
Unmanned aerial vehicle aerial images have the advantages of high clarity, large scale, small area, and high visibility. Especially suitable for obtaining aerial images of strip areas (highways, railways, rivers, reservoirs, coastlines, etc.). And unmanned aerial vehicles provide a remote sensing platform for aerial photography that is easy to operate and transition. Takeoff and landing are less limited by the venue, and can be done on playgrounds, highways, or other open surfaces. It has good stability and safety, and is very easy to transition.
A versatile and multifunctional imaging system is an important means of obtaining remote sensing information. The photography and camera equipment used in remote sensing aerial photography is mainly a modified 120 camera, which takes black and white, color negative films and reverse films. Small digital cameras or wireless video transmission technology can also be used for color photography.
Small and lightweight, low noise and energy saving, efficient maneuverability, clear image, lightweight, miniaturization, and intelligence are the outstanding characteristics of unmanned aerial vehicle aerial photography.
Drone tilt photography technology can be widely used for geological disaster investigation, monitoring, early warning, evaluation, and emergency on-site disposal of geological disasters. Although unmanned aerial vehicle tilt photogrammetry technology achieves data automation processing, due to the high overlap rate of heading and sidetracking, even small areas of coverage require a large amount of data, and the processing process is quite time-consuming, requiring high requirements for computer software and hardware. Researching unmanned aerial vehicle data rapid processing systems and disaster rapid analysis and interpretation technologies can effectively improve the practicality and effectiveness of unmanned aerial vehicle tilt photography, Promote the widespread application of drone remote sensing technology in the field of geological disaster investigation, monitoring, and emergency response.
Many novice pilots encounter the problem of buying a drone without knowing the right entry point or what to shoot? Imitating someone else’s photography, only to find that the aerial photos taken by oneself have become a mess. Looking at the God’s perspective effect taken by others, it is simply an epic movie blockbuster.
Normally, when we go to a place for aerial photography, especially in unfamiliar environments that we don’t understand. We need to do two things first:
1. Confirm flight environment
Determine whether the environment is equipped with a limited flight limit sign, or a limited flight altitude prompt on your drone control software, as well as a restricted flight area. This includes clarifying whether there is a military control zone in the area. If you encounter such a warning, it is recommended that you cancel the aerial photography plan directly or apply to the relevant local department for lifting the ban. If Qiangfei may have to bear relevant legal responsibilities. So remember this.
2. Reconnaissance environment characteristics, on-site production of aerial photography plan
If the environment is a flying area, we need to do one thing first, which is to let the drone fly to a relative height, and then observe whether there are any characteristic scenic spots and areas that can be photographed in the environment through the data transmitted by the drone. This allows us to develop some temporary shooting plans at the aerial photography site. This allows us to create and capture scenes more efficiently during actual aerial photography.https://www.stoneitech.com/
