Minelab Gold Monster 1000
The GOLD MONSTER 1000 features fully automatic operation and comes with a choice of coils, battery options and shaft configurations. If you’re looking for super sensitive gold performance at a great price, then this is the detector you’ve been waiting for!
Fully automatic operation.
Extra sensitive 45 kHz VLF performance.
2 search coils included.
GOLD MONSTER 1000 outperforms all other single frequency VLF gold detectors!
Detector sensitivity comparisons are representative only. Actual performance will depend upon nugget size, detector settings and ground conditions.
Up until now, there has always been a compromise between frequency and sensitivity when optimizing detector performance, because lower frequencies are more sensitive to larger gold nuggets and higher frequencies are more sensitive to smaller gold nuggets.
When comparing detectors, the three curves in the diagram represent each detector’s ability to find small gold nuggets of a certain size, at a maximum possible depth. Most detectors will find a very large nugget just beneath the surface, however a detector’s sensitivity to gold determines how many smaller nuggets will ultimately be recovered in difficult (noisy) ground at greater depths.
An 18 kHz detector will normally have a depth advantage on nuggets ≥ 1.0g over a basic mid-frequency detector, and a 71 kHz detector will have a depth advantage on nuggets ≤ 0.1g. The advanced GOLD MONSTER 1000 uses an intermediate 45 kHz frequency AND a high speed 24-bit signal processor. This primary combination greatly boosts sensitivity to gold beyond that of other single frequency VLF detectors over a wide range of nugget sizes, without introducing excess noise and false signals.
The GOLD MONSTER 1000 also has improved ferrous/non-ferrous discrimination and copes better with conductive (salty) soils than higher frequency detectors, making it the perfect choice to maximize your gold recovery!
Automatic noise cancel • Digital electronics • Auto ground balance • Faster processor • Automatic sensitivity.