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Gold is small, often deep, and usually sitting in mineralized ground that hides it. A gold detector is built for that job: a high operating frequency for small, low-conductivity nuggets, ground balance that keeps the machine quiet in hot soil, and coils sized for tight spots. Not sure which kind you need? Read our guide to choosing a gold detector, or compare VLF and pulse induction machines.
Product Highlights Multi-frequency mode plus 5 single frequencies (4, 10, 15, 20 and 40 kHz), so you can match the machine to the ground you’re hu...
View full detailsA 19 kHz gold and relic detector with 100 sensitivity steps rather than the handful of presets most machines give you, and a 1–100 target ID that b...
View full detailsA pulse induction machine built for the ground that defeats ordinary detectors — black sand, hot rocks and heavy mineralisation. Where a VLF become...
View full detailsA 19 kHz three-purpose machine supplied with both an 11-inch and a 5-inch coil, so you can cover open ground and still work trashy sites without bu...
View full detailsStart with your ground, not the price tag. Most natural gold is small and low-conductivity, which is why gold machines run at higher frequencies than coin detectors. Higher frequency means more sensitivity to small gold, and less to large, deep silver. Ground balance matters just as much: in mineralized soil, a detector you can't balance spends its life chattering, and the faint signals are the ones you lose.
If you don't know your ground yet, a VLF is the more forgiving first gold machine.
A gold detector without a pinpointer is slow work: small gold in a pile of dirt is hard to find by hand. Budget for a pinpointer, a sturdy digging tool, a magnet for clearing black sand, and a pan or scoop.
Most detectors will find a gold ring. Natural gold nuggets are smaller and lower in conductivity, so general-purpose machines often miss them. A high-frequency VLF or a pulse induction detector is built to pick them up.
For small gold, higher frequencies (roughly 18 kHz and above on VLF machines) are more sensitive. Lower frequencies suit larger, more conductive targets like silver coins. Multi-frequency machines cover both, with some trade-offs.
It depends mostly on the size of the nugget. Small gold is usually found close to the surface, while larger nuggets can be detected much deeper, especially with pulse induction. Mineralized ground reduces depth on every machine.
It depends on who owns or manages the land and whether it's under a mining claim. Always check land status and get permission before you dig. Our Florida rules guide shows how to work this out for one state.
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