Mapping LIDAR sensor LS1 PRO

3Dhigh-resolutionfor surveying

Overview
The LS1 PRO is a portable engineering‑grade SLAM laser scanner that integrates high‑density LiDAR, dual 48 MP panoramic imaging, built‑in RTK/GNSS and advanced SLAM algorithms. It produces georeferenced point clouds and 3D outputs ready for surveying, engineering and inspection workflows, supporting continuous indoor‑outdoor capture and multi‑platform deployment.

Key features

• High-density LiDAR acquisition: 640,000 points/s
• Long range: up to 300 m
• Dual 48 MP panoramic cameras for high‑definition imagery and realistic colorization (3D Gaussian modeling supported)
• Built‑in RTK/GNSS: real‑time corrections and on‑device RTK feedback (typical RTK accuracy: 2 cm)
• Free‑path scanning with RTK: reduced loop dependency and stable global accuracy
• Real‑time accuracy feedback: trajectory quality display and breathing‑light indicator
• Seamless indoor‑outdoor scanning: one continuous dataset across environments
• Multi‑platform operation: handheld, backpack, vehicle and UAV
• Mobile control: Hi‑SLAM app (Android & iOS) with real‑time visualization and volume calculation
• Hi‑LiDAR software suite: SLAM processing, engineering workflows and 3DGS/mesh outputs

Software & workflow

• Hi‑SLAM app: mobile control, live data visualization, absolute coordinates (WGS84 and local) and on‑site volume tools
• Hi‑LiDAR Suite: wizard‑based SLAM processing, auto filtering and colorization, RTK/PPK georeferencing, modules for architecture and engineering
• Adaptive workflow: single project spanning indoor and outdoor scenes without repeated setup

Applications

• Building surveying
• Tunnel construction
• Forestry and powerline inspection
• Cultural heritage digitization and smart tourism

Technical specifications

• Model: LS1 PRO (LS1 series)
• Acquisition rate: 640,000 points/s
• Range: up to 300 m
• Panoramic cameras: dual 48 MP (built‑in)
• Built‑in RTK accuracy (typical): 2 cm
• Global/local accuracy indicators: global <4 cm; local <1 cm (per manufacturer data)
• Platforms: handheld, backpack, vehicle, UAV
• Mobile app: Hi‑SLAM (Android & iOS)
• Software outputs: point cloud, 3DGS / mesh, RTK/PPK georeferencing