The challenge
The reservoir’s interior geometry and lack of GNSS made conventional aerial or satellite-positioned capture unsuitable.
Field project
Jerusalem Reservoir Mobile LiDAR Survey
High-resolution 3D documentation of reservoir geometry in a GPS-denied environment.
The DynamicSense intervention
DynamicSense deployed mobile LiDAR to move through the structure, capture dense geometry, and register the resulting data into a coherent 3D model.
Outcomes & decision support
The project produced a permanent, measurable record for documentation, interpretation, and future comparison.
Structured outputs
Methods & outputs
- SLAM registration
- Point-cloud processing
- 3D model production
- Colorized point cloud
- 3D digital twin
- Measured cross-sections
Project imagery
Evidence from the survey
Consultation
Start with the site challenge
We will help identify the right combination of capture, analysis, and deliverables.
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