GPR Scanning

Ground Penetrating Radar (GPR) is a non-invasive imaging technology designed to detect and map objects buried underground or embedded within structures like concrete.

How GPR Scanning Works

1️⃣ A GPR device transmits high-frequency radar signals into the surface.
2️⃣ These signals bounce off different materials and objects, creating a reflection pattern.
3️⃣ A receiver collects the reflected signals, generating a visual scan of the subsurface.
4️⃣ Trained GPR specialists analyze the data to determine the location, depth, and composition of detected materials.

Why Choose GPR?

✔️ Minimally disruptive & cost-effective – Avoids unnecessary excavation and surface damage.
✔️ Precise & reliable detection – Identifies rebar, conduits, pipes, voids, and underground utilities with accuracy.
✔️ Quick & data-driven insights – Delivers real-time results for informed decision-making on-site.

GPR Documentation & Applications

Ground Penetrating Radar (GPR) is a powerful, non-invasive technology that detects a variety of subsurface objects and anomalies, whether metallic or non-metallic. It is widely used to create detailed underground maps and scan the interiors of structures without excavation or damage. The collected data can be analyzed instantly or archived for future planning.

Why Use GPR Scanning?

GPR provides a fast, accurate, and cost-effective alternative to traditional detection methods:
✔️ Minimally invasive & efficient – Reduces project delays by eliminating unnecessary excavation.
✔️ Protects existing structures – Prevents damage to landscapes, pavement, and buildings.
✔️ Safe & adaptable – Ideal for construction, utility locating, and historical preservation.
✔️ Real-time & long-term insights – Immediate scan results with the option to store data for future use.