The most frustrating experience in ICT trading is watching a setup develop exactly as expected — compression forming, a breakout that looks like direction, then price reversing sharply — and realizing you entered on the wrong candle. You got the setup right. You got the sequence backwards.
The ICT 4-part sequence — compression, inducement, sweep, displacement — is the repeating structural pattern that precedes the highest-probability entries in the framework. Understanding each phase not only tells you what to do, it tells you precisely what not to do at each stage. Most losing ICT trades happen because a trader entered at phase two (inducement) thinking it was phase four (displacement).
Why This Sequence Exists
The 4-part sequence is not a random chart pattern. It's the byproduct of how large institutional participants enter positions. Institutions can't enter a 500-lot position by hitting the market in one order — the market impact would move price against them before they're filled. They need to accumulate gradually and use retail order flow (stops and entry orders) as the liquidity source to fill their positions.
Compression creates the calm before the storm — a window of low volatility where institutions can accumulate without moving price significantly. Inducement creates the trap that draws retail traders in the wrong direction, building up stop orders that will be hunted. The sweep hunts those stops to fill the institutional opposing position. Displacement is price being delivered in the institution's direction now that they're positioned.
Phase 1: Compression
Compression is the period of controlled, narrow price action that initiates the sequence. Visually, it appears as a series of small candles with overlapping ranges — price is moving, but barely. The upper and lower bounds of the range may gradually tighten into a converging structure, or the range may simply stay flat and narrow.
On the 5M or 15M chart during a kill zone, compression often forms as a 15 to 45 minute period of consolidation before the sequence accelerates. The key characteristics:
- →Candle ranges are noticeably smaller than surrounding market structure
- →Upper and lower bounds of the range are well-defined and roughly consistent
- →Price tests both the upper and lower bounds repeatedly without breaking either
- →Volume (where visible) is typically low during compression — institutions are accumulating quietly
- →The longer and tighter the compression, the more explosive the eventual move tends to be
What compression is not: a random choppy period during low liquidity hours. True compression in the context of the 4-part sequence forms at relevant price levels — at or near a key liquidity pool that will be swept, during a kill zone, and in the context of a clear HTF bias. Compression in the middle of an illiquid night session is not the same thing.
Phase 2: Inducement
Inducement is the trap. After compression has built up enough contained energy, price makes a small, deceptive move — typically in the direction that appears most logical given the current market context. If the 4H chart is bullish and price has been compressing below a resistance level, the inducement often looks like a small bullish breakout above that resistance.
Retail traders see the compression resolve with a breakout and enter in the breakout direction. This is exactly what the sequence requires: those entries generate stop orders below the breakout candle (for longs) or above it (for shorts) — the very orders that will be swept in phase 3.
The Trap
If you've been trading ICT and keep getting 'stopped out just before price moves in your direction,' inducement is likely the culprit. You entered on what looked like confirmation, placed your stop at the logical location — and the sweep took it before the real move began. The solution is waiting for phases 3 and 4.
Phase 3: The Sweep
The sweep is the sharp, fast move that extends through the inducement high or low. On the chart, it looks like a candle — often a single candle — with an unusually long wick in the inducement direction that extends beyond the inducement extreme and then closes back inside the compression range.
The sweep accomplishes two things simultaneously: it triggers the stop losses of the traders who entered on inducement, and it fills the institutional orders that have been accumulating in the opposite direction. The urgency of the sweep candle reflects institutional execution — they're not gradually entering; they're filling positions aggressively at the liquidity pool the sweep has reached.
For EUR/USD as an example: if price has compressed below 1.0950 for 30 minutes during the New York Open kill zone, then inducement pushes above 1.0952, triggering buy entries from breakout traders — the sweep then drives sharply higher to 1.0958, harvesting those stops, before closing back below 1.0950. The move above 1.0950 was not direction. It was a liquidity hunt.
Phase 4: Displacement (CISD)
Displacement is the entry. After the sweep completes and price closes back inside the prior range, an impulsive candle fires in the direction opposite to the sweep. This candle — the CISD (Change in State of Delivery) candle — is the confirmation that delivery mode has shifted. Institutions have filled their positions via the sweep, and they're now delivering price in their direction.
The CISD candle has specific characteristics that distinguish it from ordinary momentum candles:
- →Strong, aggressive body — the candle is predominantly one direction with a small wick relative to its body size
- →Range stands out from surrounding candles — the CISD is meaningfully larger than the compression candles that preceded it
- →Often closes beyond the most recent swing high (for longs) or swing low (for shorts) — confirming market structure shift
- →Followed by continuation in the same direction, not an immediate reversal — the displacement is genuine, not another inducement
- →The open of the CISD candle is the entry point; the stop goes below the sweep wick
The Full Sequence on EUR/USD: Step-by-Step
Here is the sequence as it might appear on EUR/USD during the New York Open kill zone on the 5-minute chart:
- 1.Compression forms from 8:00–8:30 AM EST, with price oscillating in a 6-pip range around 1.0940, forming tight overlapping candles. The 4H chart is bearish and price is in a premium zone.
- 2.Inducement at 8:31 AM: price pushes up to 1.0947, breaking above the compression range. Retail breakout traders enter long, stops placed at 1.0938.
- 3.Sweep at 8:33 AM: price drives sharply to 1.0952, a 5-pip extension above the inducement high, then closes at 1.0941 — back inside the compression range. Stops triggered at 1.0938 are harvested.
- 4.CISD at 8:35 AM: a strong bearish candle opens at 1.0940 and closes at 1.0927, displacing decisively lower. This is the CISD — delivery mode has shifted to bearish, confirmed by the impulsive displacement.
- 5.Entry at 1.0940 (open of CISD candle), stop at 1.0953 (above sweep wick), target at 1.0910 (next HTF level). Risk 13 pips, reward 30 pips, approximately 2.3:1.
Why the Sequence Repeats on All Timeframes
The 4-part sequence is visible on the 1M chart and the Weekly chart. On the 1M, compression might last 5 minutes and the sweep covers 3 pips. On the Weekly, compression might form over several months and the sweep covers hundreds of pips. The visual proportions change; the structure does not.
This fractal nature is what makes the ICT framework powerful: once you understand the sequence, you can recognize it forming at any timeframe. And it's what makes CISD a universal entry signal — the same confirmation logic applies whether you're trading a 3-pip displacement on a 1M chart during a kill zone or a 30-pip displacement on a 15M chart.
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Start Free TrialWhat is the ICT 4-part sequence?
The ICT 4-part sequence is the recurring structure that precedes high-probability directional moves: (1) Compression — a period of tight, overlapping price action where volatility contracts and institutional accumulation occurs; (2) Inducement — a fake move that lures retail traders into the wrong direction; (3) Sweep — a sharp move through the inducement high or low to hunt stops and fill institutional orders; (4) Displacement/CISD — an impulsive move in the opposite direction, confirmed by a CISD candle, showing that delivery mode has shifted.
Why does the ICT 4-part sequence repeat on all timeframes?
Because the mechanics are institutional, not retail. Institutions need liquidity to fill large orders regardless of the timeframe — they need to accumulate quietly (compression), trap traders in one direction (inducement), hunt stops to fill their opposing position (sweep), and then deliver price (displacement). These mechanics play out on the 1-minute chart and the daily chart for the same reason: the need to engineer liquidity before delivering price is constant across all timeframes and markets.
What does compression look like on a chart?
Compression appears as a period of tight, overlapping candlesticks where the range of each candle is noticeably smaller than the candles that preceded it. Price is not trending; it's contained within a narrow band. The upper and lower bounds of this range are gradually tightening. On the 5M or 15M chart during a kill zone, this often forms as a 15–30 minute consolidation before a sharp directional move. The tighter and longer the compression, the more significant the eventual move typically is.
How is inducement different from the actual sweep?
Inducement is the smaller, preliminary fake move that makes retail traders think the direction is set. It often looks like a minor breakout — price moves slightly above a resistance level or below a support level, triggering entry orders from breakout traders. The sweep is the larger, more decisive move that follows, pushing through the inducement high or low to harvest the stops placed by the traders who entered on the inducement signal. The sweep is typically faster, larger, and more volatile than the inducement.
Can SMC X detect the full 4-part sequence?
SMC X focuses on the output of the 4-part sequence — the CISD displacement candle that forms after the sweep. It detects the signal at the most actionable point: when the sweep has completed and the displacement is confirming the change in delivery mode. Understanding the full sequence helps you anticipate when SMC X is likely to fire — you can see compression and inducement forming and be ready for the sweep and CISD alert.