FIELD
Georeferenced LiDAR
Up to 80%
Up to 80% less site time applies to architecture/landscape capture. Preparation savings are illustrative; 3 cm is post-processed accuracy. Site conditions affect results.
Recommended setup
Combine V4e Combo scanning and GNSS positioning with Model Web processing for georeferenced deliverables.
LiDAR + GNSS
Capture 3D geometry with GNSS positioning in one field setup.
Before ordering: confirm scanner and GNSS models, included phone mounts, software entitlements, corrections and the full bundle contents.
Cloud processing & review
Process, measure and share point clouds in your browser.
Confirm supported inputs, activated modules, storage/credits and export costs. A software subscription is not assumed to be included with hardware.
Workflow
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Step 01
Connect V4e LiDAR, GNSS receiver, and smartphone. Configure GNSS positioning to enable georeferenced scanning.
Establish positioning before capture starts.
Quality checks: LiDAR, GNSS and smartphone connections, GNSS settings and project reference.
Deliverable: A connected setup configured for georeferenced scanning.
Step 02
Walk through the site to capture 3D LiDAR data while recording GNSS positioning information for georeferencing.
Retain the positioning data needed for georeferencing.
Quality checks: LiDAR capture, GNSS recording and route coverage.
Deliverable: 3D scan data with accompanying GNSS positioning information.
Step 03
Monitor the point cloud in real time on your smartphone. Check scan coverage and GNSS positioning status before finishing.
Resolve capture gaps before finishing the survey.
Quality checks: Live point cloud coverage, missing areas and GNSS positioning status.
Deliverable: A reviewed scan with coverage and positioning checked on site.
Step 04
Review your scan and upload the LiDAR and GNSS data to FJD Trion Model Web for cloud processing and GNSS registration.
Keep scan geometry and positioning information together.
Quality checks: LiDAR and GNSS data completeness, upload status and registration settings.
Deliverable: A dataset uploaded for cloud processing and GNSS registration.
Step 05
View the georeferenced point cloud with real-world coordinates. Export the results for GIS, CAD, BIM, and mapping workflows.
Make the 3D record usable in GIS, CAD, BIM and mapping workflows.
Quality checks: Coordinate reference, point cloud coverage, independent checks and export compatibility.
Deliverable: A georeferenced point cloud and exported project data.
Deliverables
Check the processed, registered result before accepting it. Relative scan accuracy, point-measurement accuracy and global coordinate accuracy are different quantities; coordinate alignment alone does not validate the whole model.
Request a sample dataset
Estimate labour savings, payback and five-year returns for your project.
Calculate your ROIApplication requirements
No. Keep separate evidence for scan geometry, point measurements and project coordinates. Independent checkpoints are needed for the intended use.
Confirm the current itemised equipment list, receiver/scanner models, mounts, compatible phone and included software. Do not infer the bundle from another V4e model’s images.
Yes, the Go store lists GNSS and no-GNSS variants. Choose between current verified configurations by task, existing equipment and required outputs, not by a simple product ranking.
Choose your equipment, or talk through your project with our team.
