LS1 PRO SLAM SCANNER

Description

brxe-ozftxb · LS1 PRO SLAM SCANNER

LS1 PRO SLAM SCANNER The TMETNAV LS1 Series is a portable, engineering-grade SLAM laser scanner built for complex real-world environments. Combining LiDAR, vision, RTK positioning, and advanced SLAM algorithms, it delivers reliable accuracy and stable performance for demanding projects. More than a point cloud capture device, the LS1 Series transforms field data into trusted engineering outputs, helping users improve efficiency and achieve greater project value.

brxe-hwsksa · Key Figures

SPECIFICATIONS Key Figures SPECIFICATIONS 640,000 pts/s Range Up to 300 m Panoramic Camera 48MPX2 Built-in RTK Accuracy 2 cm

brxe-vbtily · 48MP X2

Panoramic camera 48MP X2 Built-in 48 MP panoramic camera delivers high-definition imagery for realistic point cloud colorization and lifelike scene reconstruction. With support for 3D Gaussian modeling, no external camera is required.

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Free-Path Scanning with RTK Less loop dependency. Greater efficiency. Stable accuracy. Closed-Loop Path Lower efficiency Error accumulation Free Path with RTK Real-time correction Stable global accuracy LS1 combines RTK positioning with advanced SLAM algorithms to support free-path 3D scanning with less reliance on closed-loop routes.

brxe-gicrek · Real-Time Accuracy Feedback

Real-Time Accuracy Feedback See data quality at a glance during scanning Trajectory Quality Display Visualize accuracy changes in real time Breathing Light Indicator Instant on-device status awareness

brxe-majjhe · Seamless Indoor-Outdoor Scanning

Seamless Indoor-Outdoor Scanning One project. One workflow. Multiple environments. One Continuous Dataset Across Indoor and Outdoor Spaces Traditional Workflow Separate projects for different environments Manual mode selection More interruptions during scanning Adaptive Workflow One project across indoor and outdoor scenes No repeated setup Continuous and more efficient scanning LS1 simplifies multi-environment data capture by enabling seamless scanning across changing environments in a single project.