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Introduces the LiGrip H300 as a 3D laser scanner, highlighting its features and applications.
Lists the main components of the LiGrip H300 system, including the main unit and battery compartment.
Details the various components included in the LiGrip H300 product package.
Provides instructions for assembling the LiGrip H300 main unit and backpack kit.
Explains the importance of closed-loop paths for data accuracy and provides examples.
Discusses strategies for effective path planning in outdoor environments to improve SLAM accuracy.
Outlines path planning considerations for indoor data collection, including multi-floor scenarios.
Covers path planning for linear areas like roads and tunnels, including S-shape walks.
Provides guidance on path planning for data collection in mine environments, emphasizing closed loops.
Describes path planning techniques for forestry surveys, considering tree density.
Details how to set target objects and scan sections in challenging areas like tunnels.
Explains principles for dividing large survey areas into smaller zones for efficient measurement.
Guides on deploying control points for GNSS-poor areas to ensure point cloud accuracy.
Covers the assembly and setup requirements for PPK base stations.
Guides on configuring RTK mode, including CORS account setup and network connection.
Explains how to set up and use virtual base stations for RTK data collection.
Details procedures for collecting data using the handheld unit via the mobile app.
Covers data collection procedures specifically for the backpack kit.
Offers essential tips and precautions for successful data collection.
Explains the structure and contents of project data files.
Details how to transfer LiDAR data using the mobile application and a USB drive.
Describes transferring LiDAR data via network cables and IP addresses.
Explains how to copy video files from the camera using a USB connection.
Covers methods for downloading base station data, both physical and virtual.
Lists the necessary data files required for processing GNSS and LiDAR data.
Guides on creating a new project and importing original data into LiFuser-BP.
Instructions for running the SLAM processing program with different modes.
Explains how to adjust Ground Control Points (GCPs) for improved accuracy and coordinate assignment.
Provides methods for assessing the quality of processed point cloud data.
Steps for initiating a new project to merge multiple datasets.
How to establish spatial relationships between different projects for merging.
Details the process of stitching point clouds together after linking.
Methods for assessing the quality of merged point clouds.
How to re-output processed data with specific filters applied.
Provides instructions for updating the device firmware via online or offline methods.
Covers guidelines for storing, transporting, and maintaining the device.
Describes unsuitable environments for SLAM operations based on features and conditions.
Troubleshooting tips for device initialization issues.
Solutions for common problems during LiGrip data collection.
Troubleshooting specific to vehicle-mounted and airborne kits.
Common issues and solutions related to RTK mode operation.
Lists the general system specifications for the LiGrip H300 device.
Details the technical parameters of the LiDAR scanning system.
Lists the specifications for the integrated camera.
Provides specifications for the optional RTK module.
Describes the supported mapping principles for the device.
Outlines the expected data results and accuracy metrics.
General| Scanning Technology | LiDAR |
|---|---|
| Field of View | 360° x 270° |
| Laser Class | Class 1 |
| Battery Life | 4 hours |
| Storage Temperature | -20°C to 60°C |
| IP Rating | IP54 |
| Type | 3D Laser Scanner |
| Operating Temperature | -10°C to 45°C |
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