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GlobalLong-range scanning up to 1845 m.
CHCNAV AS-C5 for high-resolution imaging.
High-accuracy data collection.
UAVs, vehicles, boats, and backpacks.
Utilize long-range scanning up to 1845 meters with high-speed data capture. Cover extensive areas efficiently, making it ideal for large-scale surveys and mapping projects.
Achieve exceptional data quality with RIEGL's Waveform LiDAR technology and high-precision GNSS+IMU. Obtain accurate point clouds for various applications, ensuring reliable results.
Obtain detailed imagery with the integrated CHCNAV AS-C5 camera (optional). Enhance mapping projects with clear visual data and accurate point cloud alignment.
Mount on UAVs, vehicles, boats, and backpacks for diverse applications. Switch easily between platforms to maximize operational flexibility and efficiency.
Simplify data acquisition with SmartGo for real-time mission monitoring and CoPre for intelligent point cloud processing, ensuring high-quality results with ease.
Smart City Planning
Disaster Response Mapping
Coastal Zone Monitoring
SEEKING FOR PERFECT SOLUTION TO FIT YOUR NEEDS?
Contact CHC Navigation to create a customized precision solution tailored to meet the specific needs of your business.
Yes, airborne LiDAR systems such as the CHCNAV AU1300 capture detailed 3D models of urban areas, providing accurate data for city planning, infrastructure development, and landscape analysis, supporting informed decision-making.
The AU1300 can be mounted on UAVs, vehicles, boats, and backpacks, providing versatile application options.
The AU1300 integrates Riegl's Waveform LiDAR technology and a high-precision GNSS+IMU system, ensuring accurate point cloud generation
The AU1300 includes CoCapture for real-time mission monitoring and CoPre for semi-automated point cloud processing.
The AU1300 weighs only 2.1 kg, making it lightweight and easy to integrate with multiple platforms, enhancing operational flexibility.
The AU1300 features a one-click connection design, ensuring quick and easy installation across various platforms.
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