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SHARE C1 PRO
3D LiDAR Scanner
SHARE C1 PRO
SHARE C1 PRO integrates professional-grade high-precision IMU, survey-grade SLAM algorithms, dual 1-inch large sensor image modules, professional mechanical shutter, and integrated RTK positioning. It is suitable for various surveying and spatial data acquisition scenarios, including 3D real-scene modeling, topographic survey, stockpile measurement, forestry survey, and 3D mapping of ancient architecture.
Key Features
All-in-one high-precision spatial data acquisition capability tailored for complex surveying operations
Professional-Grade High-Precision IMU
Enhances trajectory stability in complex environments and improves continuous scanning capabilities, making it ideal for indoor-outdoor transitions, narrow passages, complex structures, and other challenging scenarios.
Survey-Grade SLAM Algorithm
Adapts to various indoor and outdoor scanning scenarios, improving mapping efficiency and point cloud usability. Supports real-time point cloud generation with higher point density and superior colorization for complex operational environments.
Dual 1-Inch Large Image Sensors
Equipped with dual 1-inch CMOS sensors featuring a 2.4μm pixel size and 16 MP effective pixels per lens. It significantly enhances photo clarity and image quality, delivering clearer and more accurate colorization for true-color point clouds.
Professional Mechanical Shutter
Supports global exposure to effectively minimize rolling shutter distortion during high-speed acquisition, ensuring precise point cloud colorization. The exposure moment synchronizes with camera POS data to align images accurately with spatial positions, enhancing overall data consistency.
Integrated RTK Positioning
Supports full-constellation multi-frequency positioning (7 constellations, 24 frequencies) to optimize outdoor data acquisition and coordinate output efficiency. The integrated design reduces external equipment setup, enabling lightweight field operations.
Suitable for Diverse Surveying Scenarios
From 3D real-scene modeling to professional survey data delivery, covering a comprehensive range of spatial data acquisition needs
3D Real-Scene & Digital Twin
Rapidly captures spatial point clouds and imagery, providing foundational data for 3D real-scene modeling, industrial park digitization, and GIS/BIM applications.
Topographic Survey
Quickly acquires 3D point cloud data for roads, parks, slopes, narrow passages, and other terrains, boosting efficiency in small-area mapping and complex localized survey tasks.
Stockpile Measurement
Performs fast 3D data acquisition of stockpile boundaries, surfaces, and surrounding environments to assist in volume calculation and inventory auditing.
Forestry Survey
Efficiently captures 3D data of forest land, tree trunks, canopies, and understory spaces, providing data support for sample plot surveys, stand structure analysis, and digital forest management.
3D Mapping of Ancient Architecture
Continuously collects point clouds and image data across indoor and outdoor spaces of heritage sites, supporting digital archiving, restoration surveying, and cultural heritage protection.
Product parameters
| Parameter item | Specification |
| size | 110.5*140*313.3mm |
| weight | 1079g |
| battery capacity | 45.36wh (3150mAh) |
| Single battery life | about 150 minutes |
| Charging method | TYPE-C interface; PD 30W fast charging |
| working temperature | -20℃~+50℃ |
| Storage temperature | -20℃~+60℃ |
| storage capacity | 256G (support expansion) |
| WIFI | WIFI6, support 2.4G/5G; 20 meters |
| Device interface | TF card/Type-C |
| Camera resolution | 16 million pixels ×2 |
| camera sensor | 13.13*8.76mm；1 inch |
| Shutter mode | Mechanical shutter/Electronic shutter |
| Radar installation method | Tilt 25° to ground |
| Number of point clouds | 200,000 points/second |
| point cloud frequency | 10 Hz (typ.) |
| Measure distance | 0.1~40m@10% reflectivity；0.1m~70m@80% reflectivity |
| RTK configuration | Built-in standard |
| RTK accuracy | Plane 0.8cm+1ppm; elevation 1.5cm+1ppm |
| point cloud thickness | Within 1cm |
| Processing method | Real-time solve / post-solve |
| absolute accuracy | Better than 5cm |
| relative accuracy | Better than 1cm |
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