Overview: The Z-Lab LiDAR Mini LiDAR System SZT-V100 by South Surveying & Mapping Technology Co., Ltd. is a compact and efficient LiDAR system designed for various surveying applications. It integrates advanced laser scanning technology with imaging sensors and is compatible with UAV and SUV platforms.
Specifications:- LiDAR Sensor: 16 channels, measurement range up to 100 m, vertical field of view of 30°, horizontal field of view of 360°, and a maximum measurement rate of 600,000 points per second in dual return mode.
- Camera: 24.3 MP RGB imaging sensor with a recommended scanning height of 10-80 m.
- Power and Storage: Operates on 11-30 V DC with a power consumption of 20 W and includes a 250 GB SSD for data storage.
- Environmental Specifications: IP67 rated, operating temperature range from -10℃ to 60℃.
POS System:- Features Inertial Labs INS-D-OEM with gyroscopes and accelerometers for precise positioning and orientation data.
- Data sampling rates include 200 Hz for IMU and 50 Hz for GNSS positions.
Software Solutions:- Includes Z-Lab LiDAR-ctrl, Z-Lab Pt-process, Z-Lab Mapper, and TerraSolid for processing, mapping, and point cloud management.
- Supports point cloud browsing, rendering, cropping, and vectorized mapping.
Applications:- Topographic Survey: Efficient aerial data capture for topographic and cadastral surveys, especially in vegetated areas.
- Traffic Network Development: Suitable for road and railway system surveys, offering an alternative to traditional methods.
- Forestry Investigation: Captures data for tree height, stem diameter, and canopy shape, aiding in species identification and deforestation planning.
- Power Transmission: Provides 3D data capture for power lines, aiding in defect identification and network management.
- Disaster Monitoring: Offers real-time topographic data capture for disaster relief and reconstruction planning.
- Irrigation System Development: Facilitates high-precision terrain modeling for irrigation planning and monitoring.
Performance Metrics:- Point density and coverage vary based on flight altitude and speed, with higher densities achievable through customized flight plans.
- Estimated daily coverage ranges from 1.3 to 3.5 sq.km depending on flight parameters.
Notes: Performance may vary with terrain complexity and environmental conditions. Adjustments in flight plans can optimize point density and coverage.
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