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topographic survey
Through handheld 3D LiDAR Scanners and SLAM algorithms, measurement efficiency is greatly improved, helping to create a new model of high-precision terrain surveying and mapping, making terrain surveying more intelligent and efficient.
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Business pain points
• Traditional manual/RTK running point: the measurement efficiency is low and relies on the experience of the running point personnel. Exploration of areas with dense vegetation and steep terrain is prone to blind spots, and the personnel operation risk is high, and data collection is discontinuous.
• Traditional UAV aerial survey: Limited by airspace approval, flight height and terrain fluctuations, it is difficult to penetrate the tree canopy to obtain the true ground elevation in vegetation-covered areas. Post-processing of the data is complex, making it difficult to meet the needs of high-precision earthwork calculations.
Usage scenarios
Topographic surveys carried out by surveying and mapping departments across the country obtain high-precision digital elevation models (DEM) and digital orthophotos (DOM) for use in mine earthwork calculations, river management, and preliminary surveys for engineering construction.
solution
SHARE3DCAM topographic survey intelligent solution
Operators hold SHARE3DCAM three-dimensional laser scanners to accurately capture high-density point clouds while scanning. Together with SHARE3DCAM terrain surveying and mapping processing software, they can intelligently extract terrain feature lines and provide a more efficient and smarter terrain survey solution.
• Compared with traditional RTK running point measurement, the efficiency is increased by more than 5 times
• Supports free walking without station, realizes continuous scanning, and can cover a large area of complex terrain in one operation
• Intelligent filtering and classification can penetrate gaps in vegetation to obtain real surface data and accurately generate contours and three-dimensional models.
• Can directly calculate earthwork and generate topographic map reports, forming a closed business loop
hardware
SHARE SLAM S20 SE
Topographic survey scenarios such as small designated areas, narrow lanes, indoor and outdoor transition zones, etc.
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SHARE SLAM S20
Scenarios such as large-area mines, river basins, and mountain topography that require high ranging range and operating efficiency.
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SHARE SLAM S100
Scenarios such as refined earthwork surveying and complex geological structure survey that require extremely high point cloud density and accuracy.
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Workflow
• Data collection: Operators hold the SHARE3DCAM 3D LiDAR Scanner and scan according to the preset area to obtain high-precision 3D point cloud data in real time.
• Data governance: Import the collected data into SHARE PointClouds Studio to automatically complete the point cloud calculation. The point cloud can be directly imported into the data processing software to generate a real surface digital elevation model.
• Application delivery: Generate contour maps and grid earthwork calculation reports, allowing surveying and mapping personnel to quickly obtain terrain data and directly use it for project planning and construction guidance, forming a closed business loop.
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