Ground penetrating radar (also known as GPR, because it's easier to say 5 times faster) is a useful tool for inspecting and analyzing underground items.

The GPR is often used for archaeological projects because of its ability to accurately identify soil types and underground objects, including the shape and depth, of any material without disturbing the soil.

Ground penetrating radar systems are also frequently used for engineering or construction purposes due to the ability to "see" through the concrete, including the ability to identify objects contained within the concrete.

But there are many different projects that would require the need to inspect the land and create a precise idea of ​​what's underneath. Whether you're looking for something in particular, or need to create a pipe map and other utility systems, ground penetrating radar isn't the only way to do it, it's the smarter way to do it.

"Other" sub-terrain surveying methods simply do not compare to GPR.

If you trust existing utility maps and surveys, you are betting. Especially for older maps, these resources can often be found to be inaccurate and the only way to confirm the accuracy of an existing map is to make your way. You might as well be digging blindly!

This method of analyzing what lies underground is expensive and very, very dangerous. On the other hand, ground penetrating radar will give you an accurate view of what's below the surface, on an easy-to-understand map that includes the shapes, depth, sizes, and material of all obstacles u objects. GPR is a safe, accurate, and smart alternative to blindly digging or relying on existing surveys.

Of course, if you are a DIY guy, you could always use a metal detector to save money, right?


Metal detectors are expensive, even for the cheap "hobbyist" type used to locate pennies and bottle caps. The biggest problem, which should be quite obvious, is that a metal detector is limited to locating metal objects.

Now there's nothing wrong with wanting to save money, but relying on a metal detector to inspect the ground is more expensive than ground-penetrating radar because, in the long run, only GPR guarantees that it gets the job done right the first time. , without making any mistake.

Ground penetrating radar services ensure accuracy

The fact that GPR does not make mistakes should not be confused. A GPR-trained technician will perform multiple measured passes on the ground to be inspected, using the GPR team to analyze the sub-ground situation.

Ground-based radar equipment sends high-frequency sound waves several feet deep; And these microwaves go back to the information the GPR receiver displays that no other system can provide.

The GPR technician can use this information to create a detailed map of what's below, including the depth, size, and shape of each object,

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Why use ground penetrating radar?