ICT Scalping — OTE + Killzones: Scalping With a Plan, Not Reflexes

Ordinary scalping looks like this: M1, fifty trades a day, decisions in a second, commissions eating half the result, and by evening you can't say why you were even entering. Scalping the ICT way is the opposite philosophy — the low timeframe serves only for execution, and the entire decision is made higher up: direction from the daily chart, entry zone from Fibonacci, timing from the session clock. The result is one or two considered trades a day instead of fifty reflexive ones. In this article I put the model together: daily bias, the OTE zone on the third candle and the killzone filter — plus an honest comparison with classic scalping, which we covered in a separate article on the scalping strategy.

What ICT scalping is

It's a scalping model targeting 30–50 pips per setup (on crypto: the percentage equivalent), built from four elements that must occur together:

1. Direction from the higher timeframe — a daily bias derived from D1 structure, not from the "look" of M5.
2. A target in liquidity — the nearest draw on liquidity: equal highs or lows on H1/M30 that the market has a reason to reach.
3. The OTE entry zone — the 62–79% Fibonacci retracement, measured on the right candle (more on that in a moment).
4. A time filter — execution only in the London or New York killzone, i.e. 2:00–5:00 AM and 7:00–10:00 AM ET.

The difference from ordinary scalping is fundamental and worth naming outright. The classic scalper plays frequency: lots of small trades, the edge (if any) diluted across hundreds of attempts, commission and spread costs growing linearly with the number of entries. The ICT scalper plays selection: he waits for four conditions to stack in one place and time, so there are a dozen-odd trades a month — but each carries higher-timeframe context and 1:2–1:3 asymmetry instead of 1:1. If you're still choosing a style, compare both approaches: the scalping strategy article describes the classic version, this one — the version with a plan.

That table is really the whole scalping debate in a nutshell: it's not about whether to trade fast, but about what decides the entry — a low-timeframe reflex or a high-timeframe plan.

The foundation: daily bias and the third candle

Before any entry happens, a specific sequence must play out on the daily chart.

Bullish bias: price breaks a swing high on D1, then forms a new swing low that does NOT violate the previous low. The structure says: demand controls the market, the correction is holding. From the formation of that swing low you count candles — and you expect the high of the third daily candle to be swept within the next day or two. It's on that third candle — the directional-move candle — that you stretch the Fibonacci from low to high and mark the 62–79% zone: your OTE.

Bearish bias is the mirror image: a broken swing low on D1, a new swing high that doesn't violate the previous high, the Fibonacci on the third candle from high to low, OTE as the selling zone.

Then comes the target. On H1/M30 you look for the nearest clear liquidity in the direction of the bias — relatively equal highs (for longs) or lows (for shorts). If there's no readable target within 30–50 pips, the setup is incomplete — even with a perfect OTE.

How to play an ICT scalp — step by step

1. Establish the bias on D1. Bullish: a broken swing high + a new, defended swing low. Bearish: the reverse. No clean sequence = no bias = no trading that day.
2. Identify the third daily candle of the new swing and stretch the Fibonacci on it. Mark the 62–79% OTE zone.
3. Mark the liquidity target on H1/M30 — the nearest equal highs/lows in the direction of the bias.
4. Wait for a killzone. London 2:00–5:00 AM or New York 7:00–10:00 AM ET. A retracement into OTE outside those windows you observe, but don't trade.
5. Wait for price to enter the OTE zone — you track this on M30/M15.
6. Drop to M5–M1 for the trigger. Inside the zone an MSS in the direction of the bias must appear — a clean break of local structure with an impulse.
7. Enter on the retest after the MSS — into the FVG or Order Block left behind by the impulse.
8. Stop behind the extreme of the OTE swing — below the low of the third candle (long) or above its high (short), with a small buffer.
9. Target: 30–50 pips or the liquidity from step 3 — whichever comes first. Risk: 1% of capital per setup, 2% at most if your tolerance is high — and only once your demo statistics confirm your execution of the model is positive at all. The setup itself appears a few times a month per instrument, so watching 2–3 pairs at once keeps a sensible frequency without diluting your attention.

On crypto the model transfers directly — with one adjustment: you measure targets in percent or ATR instead of pips (on BTC the equivalent of 30–50 pips on the majors is usually a 0.5–1% move), and killzones work despite the 24/7 market, because institutional liquidity still flows on the London and New York clock.

Example: a bullish scalp on GBP/USD

Monday: GBP/USD breaks the last swing high on D1, then corrects for two sessions and forms a higher low — the previous one untouched. Bullish bias confirmed. Wednesday is the third candle of the new swing: a dynamic up day. You stretch the Fibonacci on it from low to high — the 62–79% zone sits a few dozen pips lower. On H1 you see equal highs about 45 pips above Wednesday's high: a ready-made target.

On Thursday at 3:20 AM ET — the middle of the London killzone — price retraces into the OTE zone. You drop to M5: at 3:45 AM the market breaks a local structural high, leaving an FVG. Long entry on the retest of the gap at 4:05 AM, stop with a buffer below the third candle's low (18 pips), target at the equal highs (44 pips) — roughly 1:2.4 asymmetry. New York delivers the target after 8:00 AM. One trade, four conditions, zero reflexes.

And a counterexample for balance: had the retracement into OTE arrived at 6:15 AM ET — outside the killzones — you'd sit on your hands, even though "everything else lines up". The time filter exists precisely so you don't negotiate with it. Same with a missing MSS: sometimes price enters the OTE, grazes the 79% level and cuts straight through — the M5 structure never breaks in the direction of the bias. Then the setup is simply invalidated, and the stop you never placed is money you never lost. In this model, half the edge lives in the trades that never happened.

Common mistakes

• Trading outside the killzones. The model is built on price delivery in the London and New York windows. A setup that's "perfect, just at 6:30 AM" has statistically much lower accuracy — that's a different system.
• Skipping the daily bias. Without the D1 filter, every retracement looks like an OTE. It's the bias that turns a random pullback into a high-conviction entry.
• Fibonacci on the wrong candle. You measure the OTE zone on the third daily candle of the new swing — not on the latest candle, not on a "pretty" M15 impulse.
• Entering on the OTE touch without an MSS. A zone is a zone, not a trigger. Price can travel through the entire OTE and keep going — only the structure shift on M5–M1 says the correction is over.
• Stretching the targets. 30–50 pips is the definition of this model. Holding out "for 150" turns a scalp into a swing trade with a tight stop — the worst of both worlds.
• Exceeding 1–2% risk. With a dozen-odd setups a month, a streak of four losses is a matter of time, not bad luck. Your position size has to survive that streak.

ICT scalping is the middle rung of the ladder: a simpler starting point is the 20 pips a day model (rigid 1:1 geometry, one trigger), and the extension to a full trading day is the ICT intraday strategy. Before you go live, do one exercise: for two weeks, mark the swings and third candles on D1, draw the OTE zones and only take notes on what happens when price returns into them during a killzone. If your journal shows what the model promises — then, and only then, add money.

FAQ

Rafał — Krypto Bez Ściemy

Trader and founder of Strefa Tradingu. He’s been breaking crypto down on YouTube for years — no hype, no signals, with a focus on market structure and risk management.

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