Ground Penetrating Radar Solutions

 

MALÅ GPR for Geophysical Surveying

Geophysical Surveying

Geophysical Surveying

“We have owned and operated MALA equipment since 2001, starting with the DOS based CU-I and continuing up through multi-channel ProEx... The durability of their equipment and their superior customer service has been a great asset to the continued growth of our company” GeoView, Inc. (USA)» MALÅ GPR for Geophysical Surveying» Learn about MALÅ GPR Products

Geophysical Surveying

Geophysical Surveying

Borehole GPR is an indispensible tool for fracture and ground water flow pattern analysis.

» MALÅ GPR for Geophysical Surveying» Learn about MALÅ GPR Products

Geophysical Surveying

Geophysical Surveying

Geologists and geophysicists rely on ground penetrating radar (GPR) to gather high resolution subsurface information rapidly. Compared to other geophysical methods nothing comes close in terms of the amount of ground coverage that is obtained with GPR.

“We are very positive to the MALÅ GPR equipment and look forward to the field season!” Asplan Viak, (Norway)» MALÅ GPR for Geophysical Surveying» Learn about MALÅ GPR Products

Geophysical surveying using MALÅ GPR (ground penetrating radar)

MALÅ GPR and borehole radar for geophysical surveys

MALÅ GPR (ground penetrating radar) is the most versatile geophysical technique, used in wide variety of near surface application areas. Even though physical properties of the subsurface will limit resolution with depth, MALÅ GPR (ground penetrating radar) remains as the unmatched champion of high resolution subsurface profiling, object detection and mapping. MALÅ GPR (ground penetrating radar) is generally used for investigations of the subsurface down to roughly 30 meters depth, but in favorable media the technique may penetrate several hundreds of meters.
 
Major business benefits, including the reduction of survey cost, are achievable because of MALÅ GPR’s inherent advantages over other geophysical survey methods; versatility; high speed data acquisition; portability and ease of use; and possibly the most important, the optimization of resources – one man replacing a large field crew.

MALÅ GPR (ground penetrating radar) also offers indirect project benefits by limiting opportunity cost for the system operator and third parties resulting from e.g., limited surveying ability in rough terrain areas