1.2 cm Accuracy
Real-time Colorization
Multi-SLAM Algorithms
Georeferenced Point Cloud
Multi-Scenario Adaptation
Indoor & Outdoor Scanning
FJD Trion S2 Series LiDAR Scanner
Smaller Size, Larger Capability
The FJD Trion S2 LIDAR Scanner boasts advanced VIO and SLAM algorithms for generating high-quality and reliable point clouds. Supporting over 8000 coordinate systems, the S2 eliminates the need for time-consuming manual coordinate conversions. By integrating with FJD Trion Scan and Model software and utilizing practical accessories like stabilizing vest, drone mount, car mount, and robot dog mount, the S2 enhances data capturing and processing efficiency for outdoor surveying projects.
Key Benefits
Multi-Module Integration
Integrate camera, IMU, and RTK modules into a compact form of 2kg in weight, allowing you to carry it around for various surveying projects.
Multi-SLAM Algorithms for Accurate Output
Embed two 12MP cameras to generate high-resolution images with advanced Visual-Inertial Odometry (VIO) and SLAM algorithms, delivering accurate results even in complex environments with fewer feature points.
Georeferenced Point Cloud
With an integrated RTK module, directly get georeferenced point clouds on the go. RTK & PPK support ensure accurate data collection in dense tree canopies and other signal-challenging areas. Plus, with over 8000 coordinate systems, no fear of tedious coordinate conversions anymore!
Effortless Scanning & Carrying
Capture point clouds in all directions even in hard-to-reach areas with practical accessories, including stabilizing vest, extension pole, drone, robot dog, and rolling suitcase. You can just go and scan anytime, anywhere.
All-in-One Seamless Workflow
Scan with ease — capture, preview, and perfect in real time. The S2's instant colorized point cloud visualization lets you verify scan quality and coverage on-site, eliminating missed areas and rework before you pack up.
FJD Trion Model provides comprehensive data processing capabilities. From point cloud registration to modeling analysis, it automates the workflow with a wide range of features, including 2D mapping, 3D mesh modeling, Gaussian splatting, cross-section analysis, and report generation. You can use it on both PC and iPadOS platforms.
The cloud platform makes team collaboration more convenient and efficient. By supporting simultaneous online review, this platform synchronizes data changes in real time for progress transparency.
Designed to Work Together
Capture, process, and deliver your 3D data within one connected FJD Trion workflow.
Data processing
FJD Trion Model
Generate reports for construction, forestry, mining, and more.
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Cloud Collaboration
FJD Trion Model
Share data online and collaborate with basic measurement tools.
Start Free TrialApplication Scenarios
Property Management and Assessment
Assess structural integrity, plan spaces, and identify areas in need of repair or renovation. Reduce uncertainty in investment decisions with insights from a rich spatial dataset.
Public Safety
Leverage point cloud data to enhance disaster preparedness and recovery plans. Quickly record evidence and crime or accident scenes for immediate and accurate forensic documentation.
Architecture, Engineering and Construction
Make more informed decisions on your projects from blueprint to QA/QC with building surveys, scan to CAD & BIM, as-built documentation, floor plans, and stockpile volumes.
Topographical Survey
Accurately map and analyze terrain features with high-resolution point cloud data. Streamline land development projects, environmental studies, and infrastructure planning by capturing detailed elevation models and surface characteristics.
Mining
Improve safety and efficiency in mining operations. Use point cloud data to assess mining environments, and improve underground mapping accuracy. Enhance operational efficiency by providing real-time insights into tunnel conditions, mineral deposits, and structural integrity.
Forestry and Vegetation Analysis
Manage and monitor tree inventory with a quick walk in the forest. Measure crowns, analyze breast diameter and tree height using precise point cloud data.