Fibonacci ratios wave traders use for entries and targets

Fibonacci ratios are measuring tools. They do not place the trade. A PipAlert Signal still has to publish entry, stop loss, and take-profit prices you can read without reconstructing the drawing.

These ratios show up again and again in wave commentary. Treat them as tendencies you can check, then size from the stop.

Pullbacks: where entries usually wait

Fibonacci retracement measures how much of the prior swing has been given back.

In impulse counts, wave 2 often retraces a large share of wave 1. 61.8% is the level cited most often. 50% and 78.6% show up when the pullback is shallower or deeper than that.

Wave 4 usually gives back less of wave 3. 38.2% is the common print. 50% appears when the correction runs in a parallel channel and still holds above wave 1.

If a Signal's entry sits near one of those ratios, you can see the idea. If the entry is far from every ratio the provider named, the commentary and the price are telling different stories.

Extensions: where take-profits usually sit

Fibonacci extension projects targets beyond the swing you just measured.

Wave 3 is often planned at 1.618 times wave 1, measured from the end of wave 2. After 1.618 prints, 2.618 is the next figure many counts use. That stretch is a wave extension: wave 3 running longer than a typical multiple of wave 1.

Wave 5 is often planned in two ways. One is a fraction of the distance from the start of wave 1 to the end of wave 3, commonly 0.618 or 0.382. The other is wave equality: wave 5 the same length as wave 1. Wave C of an ABC is often planned near equality with wave A, or a bit beyond it.

On a Signal those ideas should already be numbers: tp1, tp2, and tp3. You should not have to guess which ratio the provider meant.

When several ratios land together

A Fibonacci cluster is a tight band where retracements and extensions from different swings agree. Clusters are stronger than a single line. They still fail.

Ask the Signal for one entry and one stop, not a stack of overlapping drawings. Then run the stop distance through the risk calculator before you choose a lot size.

Ratios are guidelines. The hard limits are still the wave rules: wave 2 cannot pass the start of wave 1, and wave 4 cannot overlap wave 1 in a standard impulse. A pretty 61.8% that breaks those rules is a broken count.