FL-MLL

The concept behind which the MLL was developed is the use of FERF's, or Free Electron Radiation Fields. All buried precious metals suffer a slight deterioration due to acid rain, snow and other chemicals. When acid and ultra high radiation contacts metals, a free electron radiation field is created. The longer an object is buried the stronger the field. When the MLL sends a Carrier Wave into the ground it sinks and disperses. It finds the radiation field surrounding the precious metal and will automatically tune to it. The MLL measures the return between various points with the ground probes. As a drop in resistivity is noted or certain readings in the gold or silver ranges are noted, the FL-MLL will find the target. After a target has been pinpointed, its depth can be determined with the FL-MLL. This is done by moving the ground probes closer to each other, the meter readings will continue to get lower. Depth is approximately half of the distance where the lowest reading occurred. Through positioning of probes and meter readings, the MLL will also determine the size and shape of targets.

How the FL-MLL Works

The FL-MLL requires no special permits to operate. It does not use explosives or chemicals like other systems. The MLL finds nonferrous metals and will locate tunnels or abandoned mines. The unit is portable, approximately 35 pounds, and is sealed in a heavy duty water tight carrying case. It can be set up quickly, probes driven in the ground and connecting wires run in a matter of minutes. The MLL is powered by a 12-volt rechargeable sealed battery and generates a 5 amp. 20 volt signal. Both the battery and a recharging system are included with the Mother Load Locator. A Carrier Wave signal is sent between the ground rods with the strength measured six different directions. This will identify conductive ground and possible targets to be recovered! If the meter has a low resistance reading, there is probably a large cache of metal present. The MLL will also locate targets in wood, iron and tin containers buried far beneath the ground.