Capture
- Aerial RGB imagery
- Radiometric thermal imagery
- Ground-based scan grids
- Control and reference observations
SANAS T1018
From air · to structure · to ground
Drone photogrammetry, thermal screening and ground-penetrating radar add spatial and subsurface evidence to conventional engineering investigation.
Drone photogrammetry
High-overlap aerial imagery can be processed into orthomosaics, point clouds and 3D models for visual assessment, measurement and engineering coordination.


Thermal inspection
Thermal capture can highlight temperature anomalies that guide closer visual or intrusive investigation. Interpretation is tied to operating and environmental conditions.
GPR
Ground-penetrating radar screening supports the location of reinforcement, services and subsurface interfaces, subject to access, material conditions and equipment limitations.

Detailed capability
Detailed service pages
Uses overlapping drone photographs and surveyed control to create measurable visual records of sites, structures and construction progress.
↗02Uses a radiometric thermal camera to identify temperature differences that may point to moisture, heat loss, electrical loading or other abnormal conditions.
↗03Sends short electromagnetic pulses into the material and records reflections caused by changes below the surface.
↗Make informed project decisions