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LiDAR, a radar system that detects the position, speed, and other characteristic quantities of a target by emitting a laser beam, is mainly composed of transmitting system, receiving system, information processing and other parts. LiDAR has the characteristics of high accuracy, long range, strong anti-interference, independent of ambient light, etc. It can effectively sense the environmental situation both day and night, thus completely liberating many devices that originally relied highly on human monitoring and control.
3D mapping integrates LiDAR, GNSS/INS Positioning and Positioning System (POS), camera and storage control unit, combining forestry survey, topographic mapping, smart city, power inspection, emergency survey disaster and other mapping application needs, with real-time 3D modeling and offline 3D modeling, can be carried on a variety of multi-rotor UAV flight platform and handheld devices, rapid, mass collection of high-precision point cloud data and rich image information, widely used in mapping, electric power, forestry, agriculture, land planning, geological disasters, mine safety and other fields of 3D spatial information acquisition.
LiDAR able to obtain the 3D spatial information point cloud data of the target object quickly, accurately and in large quantities, and recover the 3D model of the building by pre-processing, feature extraction and matching, and incremental stitching of the point cloud data.
3D mapping gives a very realistic view of the environment, enhancing the visualization. 3D mapping has numerous applications in engineering, research, and survey fields. Its application can also be found in preparing high-quality Digital Elevation Models (DEM) around the globe. Using LiDAR with 3D mapping is reliable, accurate, and cost-efficient.
These are some of the many advantages of LiDAR technology in 3D mapping. With its great characteristics in data collection, LiDAR has opened doors for new possibilities and cost-effective applications with innovative techniques. LiDAR as a technology has a lot of potential, and it will play a huge role in the geospatial field in the near future.
FAQ For Mapping Systems
3D mapping integrates LiDAR, GNSS/INS Positioning and Positioning System (POS), camera and storage control unit, combining forestry survey, topographic mapping, smart city, power inspection, emergency survey disaster and other mapping application needs, with real-time 3D modeling and offline 3D modeling, can be carried on a variety of multi-rotor UAV flight platform and handheld devices, rapid, mass collection of high-precision point cloud data and rich image information, widely used in mapping, electric power, forestry, agriculture, land planning, geological disasters, mine safety and other fields of 3D spatial information acquisition.
LiDAR able to obtain the 3D spatial information point cloud data of the target object quickly, accurately and in large quantities, and recover the 3D model of the building by pre-processing, feature extraction and matching, and incremental stitching of the point cloud data.
3D mapping gives a very realistic view of the environment, enhancing the visualization. 3D mapping has numerous applications in engineering, research, and survey fields. Its application can also be found in preparing high-quality Digital Elevation Models (DEM) around the globe. Using LiDAR with 3D mapping is reliable, accurate, and cost-efficient.
These are some of the many advantages of LiDAR technology in 3D mapping. With its great characteristics in data collection, LiDAR has opened doors for new possibilities and cost-effective applications with innovative techniques. LiDAR as a technology has a lot of potential, and it will play a huge role in the geospatial field in the near future.
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Please Leave Your Message
Thank you very much for your approval of LSLiDAR, we will do our best to serve you ! We will respond to your intended needs within 24 hours, thank you for your support.
*Please fill in the correct email address to avoid failure to receive messages/files.