UAV detection radar for mapping real-life modeling?
Release time:
2022-03-30
The drone detection radar system moves through the air and vegetation (airborne laser) or water (symmetric laser) from the drone system pulse laser. The scanner receives light (echo), measures distance and angle, and is a technical means for active mapping of surface spatial information.
The drone detection radar system moves through the air and vegetation (airborne laser) or water (symmetric laser) from the drone system pulse laser. The scanner receives light (echo), measures distance and angle, and is a technical means for active mapping of surface spatial information.
By actively emitting laser pulses, the signal reflected from the probe target is acquired and processed to obtain spatial information of the surface target. Therefore, airborne lidar technology has the advantage of not being limited by weather and light conditions. It is commonly used to make high-resolution maps and has applications in surveying, geography, geology, archaeology, airborne laser mapping (ALSM), etc.
UAV detection radartechnology can obtain spatial information quickly and safely. Airborne laser radar technology completes the detection work through the flight of the aircraft and the scanning of the laser pulse, which can obtain a large area and a large range of surface space information in a short time, and has high work efficiency. Compared with the traditional manual measurement technology, the UAV lidar technology greatly reduces the workload, shortens the field measurement time and improves the detection efficiency.
When the UAV detection radar detects the forest and other areas, the branches and leaves of trees and other vegetation may be blocked, which will have a great impact on the detection results. The laser pulse signal emitted by airborne lidar technology has a certain penetration ability to vegetation, which reduces the information loss caused by the occlusion of vegetation branches and leaves to a certain extent, so as to obtain the terrain data of the forest area. The accuracy of the data obtained by the detection technology is an important aspect and index to evaluate the technology. Airborne laser radar technology can quickly obtain the spatial coordinates of large-area ground targets, and the obtained coordinates have high accuracy, which ensures the accuracy and availability of data.
The advantages of UAV detection radar for mapping are:
1. It can penetrate dense vegetation and generate high-resolution point cloud data with accurate and reliable results.
2. The UAV lidar system is easy to carry and deploy, and the number of external connectors is small, which effectively reduces the risk of failure. Flexible deployment options also support helicopter and drone inspection services.
3. The inspection algorithm has high automation efficiency, solid internal data storage, and can quickly form reports.
We are inUAV detection radarIn terms of aerial survey, he has many years of aerial survey experience and now has the production capacity of DLG, DOM, DEM, DRG, 3D real-life model and airborne lidar data. If you want to know more about UAV detection radar, you can contact us. We will introduce you from different aspects. UAV detection radar provides a lot of convenience for our work, is the embodiment of the progress of the times, is a very good product.
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