What does LGPR mean in UNCLASSIFIED

LGPR can detect objects and features subsurface that are not visible to the human eye, providing precise information about an area's geological formation or potential underground obstructions or objects.

LGPR has been found to be a useful tool in the fields of geology, engineering and archaeology due to its ability to quickly collect comprehensive data about an area's subsurface structure and composition.

To generate images with LGPR, radar waves are sent into the ground which then reflect off different layers beneath the surface. The returning signals are picked up by antennas mounted onto a vehicle which then create a detailed image of the subsurface based on the reflected signals.

Compared to traditional approaches such as deep core drilling or seismic refraction surveys, LGPR is faster and less costly while still providing comprehensive data on an area's subsurface structure, composition, depth and location of any potential obstacles or underground features. Additionally, it also has far fewer environmental impacts than other approaches.

Yes, most types of LGPR systems are able to provide real-time imaging by using specialised hardware components such as motion sensors which track direction and speed during scans. This allows for more accurate imaging results as well as increased safety when scanning hazardous areas with unknown conditions below the surface.