LiBackpack DGC50 | GNSS + Double LiDAR Sensors Integration + 360° Camera |
All-environment mapping Capture 3D colored point cloud data and map any environment with a 10 times higher speed. | High precision Capture lidar point cloud data with absolute spatial coordinates in centimetre-level accuracy. |
High-flexibility operation Could be mounted on various mobile platforms, e.g., bike, motorcycle, etc. | Software support Optimize the collected data using the provided LiFuser-BP software 3 times faster. |
LiBackpack DG50 | GNSS + Double LiDAR Sensors Integration |
Highly Accurate Positioning Information The absolute accuracy of the point cloud model after past-processing by DG50's complementary software LiBlackpack Desktop is ~ 5 cm. | Indoor and Outdoor Scanning Capability A combination of outdoor and indoor environment can be handled by DG50 with a well-planned scanning route. |
Improved SLAM Solution The 3D modeling performance of DG50's SLAM solution is improved by integrating the absolute positioning information provided by the GNSS module. |
LiBackpack C50 | 360° Camera + LiDAR Integration |
Opreational Versatility The LiBackpack C50 is functional in both handheld & backpack modes. The Backpack mode allows for a true handsfree experience while the Handheld mode offers a wider FOV. | Real-Time Data Visualization Visualize the point cloud in real-time via the connected device (wired/wireless). The LiBackpack user interface also displays device status information. |
Advanced SLAM Solution Robust SLAM algorithms that includes automatic loop closure & a system capable of producing a real-time point cloud. |
LiBackpack 50 | LiDAR & SLAM Integration |
Oblique view of a bare-earth LiModel and superimposed red polyline outlining path of travel |
LiBackpack D50 • Real time SLAM registration • Process data as you scan • Real time point cloud visualization • Scan both outdoor/indoor environments • Visualize trajectory in real time to ensure full scan coverage • Post-process data in LiDAR360 | |
Point Cloud from the Test Scan Visualized in LiDAR360 |