How to Pan for Gold: Beginner's Guide

Gold panning is the oldest and simplest form of gold prospecting — a technique that has been essentially unchanged for thousands of years because the physics behind it are permanent. Gold is roughly nineteen times heavier than water and eight times heavier than the sand and gravel surrounding it. When you agitate a pan of stream material in water, that extreme density difference causes gold to sink to the bottom while lighter material washes over the edge. Master this process, and you can find gold anywhere it exists with nothing more than a pan and a stream.

What You Need

A riffled gold pan (14-inch standard, with raised ridges along the inner wall), a classifier or sifting screen (12-mesh is a good starting size), a snuffer bottle for capturing tiny flakes, glass or plastic vials for storage, and a creek or stream with enough flow to work in. That is genuinely everything required for your first outing. A 10-inch finishing pan, magnifying tweezers, and a black sand magnet are helpful additions but not essential for learning.

Step 1: Find Your Material

Gold concentrates where water slows down. Inside bends of streams, behind large boulders, in natural depressions on bedrock, and anywhere the current drops speed are prime locations. Dig from crevices in exposed bedrock — gold naturally lodges in these cracks over millennia. The material sitting directly on top of bedrock (the "pay layer") almost always contains more gold than material higher in the gravel column.

Fill your classifier with raw stream material and set it on top of your 14-inch pan. Shake and rotate the classifier over the pan to let fine material fall through, discarding the oversized rocks left in the screen. This classified material is what you will pan.

Step 2: Submerge and Saturate

Submerge the pan (now containing your classified material) in the stream to a depth of a few inches. Shake the pan vigorously side to side — not in a circular motion — while keeping it underwater. This lateral shaking forces heavy gold particles to sink toward the bottom of the material in the pan. Continue for thirty to sixty seconds. You are stratifying the material by density: heavy gold and black sand sink, lighter gravel and sand rise to the top.

Step 3: Wash Off the Light Material

Tilt the pan slightly away from you (about fifteen to twenty degrees) and dip the leading edge into the water. Using a gentle back-and-forth or slight circular swirling motion, let water wash the top layer of lighter material over the riffled edge. The riffles catch any gold that has not fully settled, acting as a safety net.

Work slowly. The biggest mistake beginners make is rushing this step and washing gold out of the pan along with the gravel. If you see any metallic sparkle — gold, pyrite, or heavy minerals — stop washing and shake the pan flat again to re-stratify before continuing.

Periodically level the pan and give it another vigorous side-to-side shake to re-settle heavy material. Then continue tilting and washing. Repeat this cycle — shake flat, tilt and wash, shake flat — until most of the gravel is gone and you are down to a thin layer of black sand and heavy minerals.

Step 4: Identify Your Gold

Gold in a pan looks like gold — bright yellow metallic flakes, flattened grains, or (if you are lucky) small nuggets. It does not tarnish, corrode, or change color. If it sparkles in direct sunlight but looks dark or transparent when you shade it, it is probably pyrite (fool's gold) or mica. Real gold stays bright yellow regardless of lighting conditions.

Gold is also extremely malleable — if you can press a flake against the pan with a fingernail and it deforms without breaking, it is gold. Pyrite shatters. Mica flakes are transparent when held up to light. These quick field tests resolve most identification questions.

Step 5: Recover and Store

Use a snuffer bottle to suck up individual gold flakes from the pan. Squeeze the bottle to expel air, touch the tip to a gold flake, release pressure to suction it up. Transfer the gold from the snuffer bottle into a capped vial with a small amount of water to prevent flakes from sticking to the inside walls.

For larger pieces, magnifying tweezers provide grip and visibility. A black sand magnet dragged through your concentrate removes magnetic iron particles, making any remaining gold easier to spot against the non-magnetic residue.

Where to Pan Legally

Gold panning is legal on most Bureau of Land Management (BLM) land, many state-owned lands with appropriate permits, and on private property with the landowner's written permission. National Parks and National Monuments prohibit all forms of mineral extraction including panning. State park regulations vary — some explicitly allow hand panning, others prohibit it. The Gold Prospectors Association of America (GPAA) maintains claims open to members. Always verify current regulations before prospecting any location — laws change, and ignorance is not a defense if challenged by a ranger or landowner.

Tips for Better Results

Sample before committing. Pan a few test pans from different spots along a creek before settling into one location for hours. Five minutes of sampling can save hours of working barren ground. Focus on bedrock — material sitting directly on bedrock is almost always the richest layer in any stream. Inside bends concentrate gold more than straight sections or outside bends. Old-growth trees and large boulders often mark spots where gold has accumulated for decades undisturbed.

Practice at home with lead shot or small BBs in sand. Learning to pan without losing your "gold" removes the anxiety of potentially washing away real gold during your learning phase. Once you can consistently recover every BB from a pan of sand, your technique is ready for the field.