
Ground Penetrating Radar (GPR) scanning is a non-destructive detection method used to identify and investigate objects and features beneath the surface without excavation or physical damage. GPR technology sends high-frequency radio waves into the ground or concrete and analyzes the reflected signals to identify changes beneath the surface. It can help locate underground utilities, pipes, conduits, rebar, post-tension cables, voids, and other subsurface features.
GPR scanning can be used across a variety of construction and infrastructure environments, including soil, concrete slabs, floors, walls, roads, foundations, and other structures. During a scan, trained technicians move specialized GPR equipment across the target area and interpret the collected data to determine the location and approximate depth of detected features. The findings can then be marked on the surface or incorporated into utility maps and project documentation for easier reference.
GPR scanning is particularly useful before excavation, drilling, coring, cutting, trenching, and other ground-disturbing activities. By providing additional information about hidden conditions, GPR can help reduce the risk of utility strikes, structural damage, unexpected underground obstacles, project delays, and costly repairs. It provides contractors, engineers, developers, and property owners with valuable subsurface information to support safer and better-informed project decisions.



GPR scanning is necessary when you need to identify hidden objects, utilities, or structural features beneath the ground or inside concrete before beginning construction work. It is especially useful before excavation, drilling, coring, cutting, trenching, or concrete modification, where unknown subsurface conditions could create safety concerns or damage existing infrastructure. GPR can help locate features such as underground utilities, pipes, electrical conduits, rebar, post-tension cables, voids, and other buried or embedded objects.
GPR scanning is commonly used for construction projects, commercial and residential development, roadwork, utility installation, concrete renovation, structural modifications, and infrastructure maintenance. It can be particularly valuable when existing plans are unavailable, outdated, or do not provide sufficient information about what is beneath a work area. By scanning before work begins, contractors, engineers, and property owners can gain a better understanding of subsurface conditions and plan their activities accordingly.
Using GPR before ground-disturbing or concrete penetration work can help reduce the risk of utility strikes, structural damage, unexpected obstacles, project delays, and costly repairs. It provides non-destructive subsurface information without requiring unnecessary excavation or demolition. When the location of hidden infrastructure or structural elements is uncertain, professional GPR scanning can provide valuable information for safer and more controlled project planning.

For GPR scanning, technicians need access to the area being investigated and basic information about the project. Helpful details may include site plans, construction drawings, utility records, concrete thickness, property boundaries, and the planned excavation or work locations. Clearly identifying the areas that need to be scanned helps technicians select the appropriate equipment and determine the most effective scanning approach for the project.
The process requires specialized Ground Penetrating Radar equipment operated by trained technicians. Depending on the project, the surface should be reasonably accessible and free from unnecessary materials that could interfere with scanning. Technicians move the GPR equipment across the target area to collect subsurface data and identify potential utilities, pipes, conduits, rebar, post-tension cables, voids, and other underground or embedded features. Additional locating methods may be used when site conditions require further investigation.
Clear communication about the project objectives is also important for obtaining useful results. After scanning, the collected information can be interpreted and presented through surface markings, scan findings, utility maps, or project documentation, depending on the scope of work. Accurate GPR information can help contractors, engineers, and property owners make better decisions and reduce the risk of utility damage, structural damage, unexpected subsurface conditions, project delays, and costly rework.

Excellent utility locating service. The team was professional, responsive, and very accurate. They clearly marked the underground utilities before our project started, which helped us avoid costly delays and potential damage.

We had a great experience with Utility Locating & Mapping New Mexico. The technicians arrived on time, explained the process clearly, and provided accurate utility mapping. Highly recommended for contractors and property owners.

Very reliable and professional service. They located the underground lines quickly and provided detailed information that made our excavation project much safer. Great communication from start to finish.


Start by completing the 'Get a Free Quote' form on our website to share your GPR Scanning needs with us.

Next, we'll arrange a property visit at a time that works for you to provide an in-person estimate for your GPR Scanning needs.

After you approve our estimate, we'll schedule a date to complete the job. Our team will work hard to exceed your expectations!

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