3D Mapping LiDAR can quickly, accurately, and massively acquire 3D spatial information point cloud data of target objects, and restore the 3D style of the building by pre-processing point cloud data, extracting and matching features, and incrementally constructing maps.
SLAM 3D mapping LiDAR system is just a LiDAR point cloud data acquisition system for geographic information detection independently manufactured by Leishen. It integrates LiDAR, GNSS / INS positioning and attitude measuring system (POS), camera and storage control unit. Combined with needs of surveying and mapping applications such as for instance forestry surveys, topographic mapping, smart cities, power inspections, and emergency surveys, it's two
specific solutions: real-time 3D modeling and offline 3D modeling. It could be attached to various multi-rotor drones. The flying platform can quickly and massively collect high-precision point cloud data and rich image information, which will be widely applicable to the acquisition of three-dimensional spatial information in the fields of surveying and mapping, electric power, forestry, agriculture, land planning, geological disasters, and mine safety.
Key Features
Dual axis rotary data acquisition Higher data collection accuracy Lighter weight Modular & Miniaturized design High precision IMU, high end GNSS and control storage system Support multi-platform: handhold, backpack, airborne, vehicle
Key Parameters LiDAR: C16-channel LiDAR or CH32-channel LiDAR Laser Length: 905nm (Class Ⅰ eye- safety) Scanning Rate: 10Hz Raw Data: 100MB-200MB/min Data Acquisition Rate: 320,000 pts/s Scanning Range: 100m, 200m FOV: 360° Weight:1600g Dimensions: 197 x 108 x 225mm (Including handle) Power consumption: 30W.