3D radar tomography time-slice of subsurface utilities

Methods

Five methods. Open the one you need.

The catalogue. How each pass is run is on the method page. How they become one investigation is on Capability. Equipment is not the product.

Operator pushing an IDS Stream DP multiarray GPR cart on a suburban street

01

Multiarray GPR

The IDS GeoRadar Stream DP multi-channel array captures dense subsurface coverage in a single pass. Dual polarisation, EsT, then IQmaps. This page is the instrument and how a pass is run.

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Georeferenced utilities overlaid on a reality-captured carpark model

02

EMI locating

Conductive utilities, traced so every mark lives in the same model as the GPR. This page is the instrument and the georeferenced mark.

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Reality-captured 3D model of a recreational oval and surrounding assets

03

Reality capture

The CHCNAV RS10 captures georeferenced surface context with RTK and SLAM. This page is how that pass is run — handheld, GPS-denied included — so GPR and EMI have a true site to sit on.

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GPR tomography time-slice showing linear utilities in plan at depth

04

3D radar tomography

Tomographic slicing of dense array GPR so overlapping utilities, unknown assets and depth-separated features can be read as structure — a volume, not a single noisy line.

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Integrated 3D model of a driveway with interpreted subsurface utilities

05

Data integration

Capture is only the start. This page is the office layer: process, align, interpret, issue. PDF, KML and the point cloud — one package, quality level and confidence kept separate.

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