Ground Penetrating Radar in Hobart
We provide ground penetrating radar using project-appropriate technology and practical data outputs to support planning, investigation and asset decisions.
(03) 6171 2555Cambridge, TAS
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Tell us the site, the project stage and the information you need.
At UDM, we provide ground penetrating radar in Hobart to investigate subsurface conditions without relying on excavation alone. We use GPR to collect information about buried utilities, structural features and other changes beneath the surface, then interpret the data so project teams can plan with a clearer understanding of site conditions. Our equipment includes single-channel, multi-channel and multi-array systems selected to suit the project and surface being assessed. Where a project also involves work within concrete, our concrete scanning service can provide a more targeted view before cutting, coring or drilling. Talk with our team about the survey scope and the information you need by calling (03) 6171 2555.
We match the GPR approach to the investigation rather than treating every site the same. Utility detection and mapping can help identify conductive and non-conductive services and complement electromagnetic locating. Structural assessment and void investigation can support investigation of pavements, slabs and other structures where hidden features need to be understood. We process radar responses, geo-reference findings and translate field data into usable project information. Survey information can also support CAD, GIS and other project workflows where spatially referenced outputs are required.
Discuss a survey scope on (03) 6171 2555.
Common questions
- What can ground penetrating radar detect?
- GPR can respond to changes in subsurface materials and may reveal utilities, voids, reinforcement and other buried features. Results depend on ground conditions, target depth and the equipment configuration used.
- Does GPR require excavation?
- GPR is a non-destructive investigation method and normally collects data from the surface. Targeted excavation may still be used separately where physical verification is required.
- What affects GPR survey results?
- Soil composition, moisture, conductive materials and antenna frequency can influence radar penetration and resolution. Survey design and interpretation therefore need to account for site conditions.
Other UDM services
Projects often need more than one method. Explore the rest of our capability, or contact our team to discuss a combined scope.