The Drone-VLF (Very Low Frequency) method is a geophysical technique that uses very low-frequency electromagnetic signals to detect variations in subsurface conductivity. This methodology is particularly effective in identifying mineralized zones, fractures, geological faults, and subsurface conductors that are not easily recognized by other methods.
 

Among the main benefits of the Drone-VLF method are the efficient detection of conductive zones, fast data acquisition, low operational cost, minimal environmental impact, and high applicability in difficult-to-access areas.

With advances in signal reception and data processing technologies, the Drone-VLF method has become an even more precise and accessible tool. Its application enables detailed investigations over large areas, providing fast and highly reliable results.

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