Ground Penetrating Radar

When it comes to finding out what is hidden beneath the surface of the land that may be built on or dug for whatever reason, ground penetrating radar has the unique ability to help you all the way. Though there are many alternatives, these are not generally as thorough and non-invasive. GPR or ground penetrating radar can find what other methods may miss.
It is also a wonderful technology to locate underground pipes and cables which may not be accurately represented on maps. So any digging process has to rely on ground penetrating radar service to identify any potential dangers which may be under the surface. This is the reason also why commercial building projects can’t go well without this technology.
To preserve aesthetics, it is common practice to bury pipes, conduits, and other unseemly clutter underground. It works out well until something goes wrong and there is a problem finding out where the damaged pipe is. Earlier the solution was to dig up the pipes to find out where the leak or other damage has occurred, but with the use of technology like ground penetrating radar, you can see underground.
Penetrating Radar Technology

The technology which allows the user to see on the ground or map the subsurface is the ground penetrating radar or GPR. It uses high-frequency radar waves to chart the area below the ground. There are a lot of commercial uses for GPR, infrastructure & engineering, geology, environmental studies, seismology, and more recently, in archaeology as well. These multi frequency GPR solutions have applicability to geotechnical and geophysical situations like utility mapping of very large areas, underground profiling, etc.
Commercial and Residential Uses

Ground penetrating radar equipment is also used for sub-surface mapping of archeological and environmental surveys, and as an early warning system for damaged concrete bridge decks, where rebar mesh embedded in the concrete has deteriorated. The most common use of GPR is mapping the huge network of underground utilities, and for assessing the location and condition of the various pipes and cables. Finding out the accurate location of the pipes would save a lot of money and labor, and shows exactly where to repair the damaged pipes. Getting the best results depends on the quality and type of equipment as well as the experience of the personnel manning and reading the results.
Cable Laying Machines

With the widespread use of the internet in India and the insatiable need for higher bandwidth by most users, the laying of fiber optic cables has become a must in major cities and towns. This is quite an intrusive work and can cause a lot of disruption among commuters, motorists, and the general public because of the digging and barricades that are usually erected for such types of work. Fortunately, many of the telecommunication companies doing such work have opted for a new type of instrument called a cable blowing machine in India which has proved to be an effective and time-saving method of installing fiber optic cables. This consists of an air box, cable pusher, and a hydraulic powered pack and has proved over the years to be an excellent way of laying fiber optic cables.

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