ICT Standard Deviation Projections: How to Set Price Targets

Most ICT tools tell you where to enter. Fewer tell you how far a move might travel. Standard deviation projections are ICT's way of estimating that distance. You measure a reference move, usually the false move that starts a session, and then project multiples of it in the other direction. The resulting levels act as possible targets, especially when they line up with liquidity you have already marked.

What it is

The idea starts from the Power of Three. A session often opens with a manipulation leg, such as a Judas swing, before the main move. ICT traders observe that the main move often reaches a distance that is a simple multiple of the manipulation leg. Measuring that leg therefore gives you a set of candidate targets.

The method:

1. Measure the reference leg from its high to its low. Call that size L.
2. Project multiples of L beyond the leg, in the direction of the expected move.
3. Common multiples are −1, −2, −2.5 and −4. Some traders also use −4.5 or others.

The minus sign comes from how the levels are drawn. With a Fibonacci tool, put 1 at the extreme where the manipulation ended and 0 at the other end of the leg. Negative levels then extend beyond the 0 point, in the direction of the real move. For a bearish day, the manipulation ends at the top, so the top is 1, the bottom is 0, and the −2 level sits two leg-lengths below the leg's low.

A note on the name. This is not the statistical standard deviation you might meet in an indicator such as Bollinger Bands. It is a range multiple. The name is ICT's, and it can confuse newcomers.

Choosing the reference

Educators differ on what to measure, and this is the biggest source of disagreement:

• The manipulation leg (for example, the rally above the midnight open on a bearish day).
• A consolidation range, such as the Asian range or a tight range before the New York open.
• Bodies versus wicks. Some anchor to candle bodies to reduce noise; others use the full wicks.

None is objectively correct. Pick one method, write it down and test it.

How to identify it

1. Set the daily bias. Projections assume you know which way the main move should go. See daily bias.
2. Wait for the reference to complete. The manipulation leg is only known once price has reversed from it with a shift in structure.
3. Measure the leg. Note its high, low and size in pips, points or dollars.
4. Draw the projections. Use a Fibonacci tool with levels −1, −2, −2.5 and −4, or calculate them by hand.
5. Overlay liquidity. Mark the previous day high or low, session highs and lows and any equal highs or lows.
6. Pick targets where both agree. A projection close to a liquidity pool is a stronger target than either alone.

Worked example: a bearish EUR/USD day

All prices are illustrative.

• Bias: bearish, with the previous day low at 1.0852 as the draw on liquidity.
• Manipulation leg: after the midnight open, price rallies from 1.0900 to 1.0920 during the London kill zone, then shifts structure lower.
• Leg size: 1.0920 − 1.0900 = 0.0020 = 20 pips.

Projections below the leg's low (low − multiple × leg size):

The −2.5 level at 1.0850 sits just 2 pips below the previous day low at 1.0852. That overlap makes the 1.0850 to 1.0852 area the main target.

Trade plan. After the shift lower, price retraces into a bearish fair value gap, and the trader sells at 1.0910 with a stop-loss at 1.0926, 6 pips above the leg's high. Risk is 16 pips.

• First target: the −2 level at 1.0860, 50 pips away (about 3.1 times the risk). Take partial profit.
• Final target: 1.0853, just above the previous day low and the −2.5 level, 57 pips away (about 3.6 times the risk).
• The −4 level at 1.0820 is noted as an extreme extension only. Many days never reach it.

On a $10,000 account risking 1% ($100), with a pip worth about $10 per standard lot, size = $100 ÷ (16 × $10) = 0.625, rounded down to 0.62 lots.

A second example: projecting a range on XAU/USD

Projections also work from a consolidation. Assume gold, in dollars, ranges between $2,380.00 and $2,388.00 before the New York open, an $8.00 range. A bullish break would project above the range high:

The levels keep their negative labels because, for a bullish break, the tool is set with 1 at the range low and 0 at the range high, so its negative extensions point upward. If a previous day high sat near $2,407, the −2.5 level would be the obvious target to study.

How traders use it

• For targets. Projections give a first and final take-profit, especially when they meet liquidity.
• For trade management. Reaching −2 or −2.5 is often a cue to take profit or tighten the stop.
• To judge a move's maturity. If price has already traveled −4 leg-lengths, chasing the move carries more risk.
• Alongside entries. Pair projections with entries from optimal trade entry or fair value gaps.

Common mistakes

• Measuring before the leg is complete. If price has not reversed, you do not know where the leg ends.
• Changing the anchor after the fact. Moving the tool until a level matches the day's low proves nothing.
• Treating projections as magnets. Price often stops short or overshoots. Projections are estimates.
• Ignoring liquidity. A projection in the middle of nowhere is weaker than one that meets a known level.
• Holding for −4 every time. Extreme projections are rare; plan partial exits sooner.

Summary

ICT standard deviation projections take a reference leg or range and project multiples of it, commonly −1, −2, −2.5 and −4, to estimate where a move may reach. The name is borrowed and is not statistical standard deviation. Choose one anchoring method, wait for the leg to complete, and give most weight to projections that line up with liquidity. As with every tool in the course, size the trade from the stop and accept that targets are possibilities, not promises.