What Lecture 1 Covers
Lecture 1 of the ICT 2024 Mentorship establishes the series' framework and demonstrates it on the post-08:30 AM ET New York window. It defines the model's five elements — relative equal highs and lows, displacement, order blocks and breakers, BISI and SIBI, and the opening gaps — specifies the 15-minute / 5-minute / 1-minute stack, and walks the entry sequence in both directions: after 08:30 price raids a pool of resting liquidity, displacement changes structure on the 5-minute, and entry is taken at the array the displacement leaves behind, with the stop beyond the raid.
What makes this the foundation lecture isn't the model's complexity — the sequence fits in a sentence. It's the ordering of the reasoning. Almost all retail education runs pattern → find it → hope the timing cooperates. Lecture 1 runs time → liquidity → confirmation → entry, and the reversal has a consequence that is easy to state and hard to live with: most days, the honest answer is no trade. Students who internalise that read the remaining four lectures as variations on a theme. Students who don't spend a year wondering why "the ICT 2024 model" keeps giving them 08:31 entries that go nowhere.
Why the Model Starts at 08:30
The hour is not arbitrary and it isn't superstition. 08:30 ET is where the New York day's order flow starts committing. The major economic releases print at that minute, and even on days with an empty calendar the window marks the boundary between thin pre-market trade — where a "sweep" is often one participant's algorithm brushing a shelf of stops with nothing behind it — and genuine institutional participation. The model depends on a raid that attracts follow-through; before 08:30 the tape frequently cannot supply it.
The second reason is positional. 08:30 sits an hour before the 09:30 cash open, which means a move initiated in the window has somewhere to deliver: the opening drive, the opening range gap's resolution, and the morning's session pools all lie ahead of it. A model that fired at 09:25 would be entering with its objectives about to be repriced by the open; a model that fires at 08:45 is entering ahead of the day's most reliable expansion. Lecture 4 later handles the release itself and the open as their own events — but the ordering established here, commit after 08:30, deliver into the open, is the shape of the whole morning.
A third point the lecture makes almost in passing deserves emphasis, because it is the difference between the model and a news strategy: the model does not trade the news; it trades the liquidity the news moves price into. The release is not a signal and its direction is not the trade. What the release does is deliver price into a pool that was mapped before the number existed — and the entry comes only after that raid reverses with displacement. Traders who watch the number and click are running an entirely different (and much worse) strategy that happens to share a clock.
The Five Elements
| Element | Job in the model | What disqualifies it |
|---|---|---|
| Relative equal highs / lows | The target of the raid — a visible shelf of resting stops the algorithm can reach for | A single extreme with nothing beside it; the "shelf" needs at least two touches to hold stops worth taking |
| Displacement | Proof of intent — the energetic move away from the raid that says the reversal is institutional, not incidental | A slow drift back, overlapping candles, no range expansion. Drift is not displacement. |
| Market structure shift (5M) | The structural referee — the 5-minute close through the swing that reverses the short-term trend | A wick through the swing without a close; a shift that occurs before the raid rather than after it |
| The entry array OB · breaker · BISI/SIBI |
The address the retracement is entered at — created by the displacement leg, not found beforehand | An array from an earlier, unrelated leg; an array price has already traded through cleanly |
| The opening gaps NDOG · NWOG |
Background reference — where the day's raid and delivery are likely to land relative to institutional marks | Nothing disqualifies them; they are context, not triggers. Ignoring them is the error. |
The list's shortness is deliberate. There is no volume condition, no oscillator, no trend filter, no "wait for the retest of the retest." Lecture 1 is a demonstration that a complete model can be built from five components — and the reason it matters is that every additional condition a trader bolts on reduces the sample without improving the edge. The restraint is the teaching.
The Sequence, Step by Step
Before the window — build the map (15-minute). Mark the relative equal highs and lows nearest the market, the overnight session's extremes, the prior day's high and low, and the opening gaps in play. Write the day's likely direction as a sentence with an address. This is preparation, not analysis-in-flight — by 08:29 nothing should need drawing.
08:30 — the window opens. Watch, don't click. The first thing to happen is usually the raid: price presses away from the direction it will ultimately take, into the pool the map identified. In the bullish case it runs beneath relative equal lows; in the bearish case it drives above equal highs. This move looks like the trade to everyone watching momentum. It is the opposite of the trade.
The confirmation (5-minute). After the raid, the model demands two things at once: displacement — a candle or two with real range and body, moving decisively back the other way — and a structure shift, meaning that move must close through the relevant 5-minute swing. A wick through it is not a close. A slow crawl back with overlapping bodies is not displacement. Fail either test and the window is over: the raid was continuation, not manipulation.
The entry (1-minute). Displacement always leaves an inefficiency behind it — the BISI in the bullish case, SIBI in the bearish — and often an order block or, if the leg broke a prior structural block, a breaker. The entry is a limit at that array, on the 1-minute chart, on the retracement. Not a market order into the displacement candle; not a chase. If price never returns to the array, the trade does not happen — an outcome the lecture treats as entirely normal.
The risk (the part most notes omit). The stop belongs beyond the wick of the raid. This is the model's most important structural rule, because that wick is the price at which the story becomes false: if the market trades back through it, the raid was never a raid and there is nothing left to be right about. Every other stop placement — the array's far edge, a fixed point count, a round number — is disconnected from the premise and will be taken out by noise the premise permits.
The objective. The opposing pool named on the 15-minute map before the window opened: the relative equal highs above (bullish) or lows below (bearish), or the nearest untested higher-timeframe array on the way. The draw is chosen before the entry, never negotiated after it.
With the foundation model established, the series moves the same sequence earlier — into the 07:00 window, where the raid is subtler and the entry array becomes the inversion fair value gap. It's the lecture that teaches the model's most useful variation.
Read the Lecture 2 Notes →NQ Walkthrough — One Complete 08:30 Window
The map, drawn by 08:20: NQ in a daily uptrend, overnight session ranging 24,318–24,392, and — the map's centrepiece — a shelf of relative equal lows at 24,316 and 24,319, built during the small hours and untouched. Above, the prior day's high sits at 24,470 with equal highs beneath it at 24,458/24,461. Bias sentence: "Buyside at 24,458–24,470 is the draw; expect the sellside shelf beneath 24,316 to be taken first." The appointment is set. Nothing is traded before 08:30.
08:31–08:38 — the raid: the release prints and the tape drops immediately, slicing the equal lows and wicking to 24,297 — nineteen points through the shelf. On a momentum chart this looks like a breakdown, and it is where the day's shorts are handed their positions. The model does nothing yet: the raid is expected, and the only question is whether it reverses with intent.
08:44 — the confirmation: a 5-minute candle with obvious range closes back above 24,352, through the 08:15 swing high — displacement and a structure shift in one move. The leg leaves a BISI at 24,327–24,341. Both tests passed, in the window, in the mapped direction.
08:52 — the entry: price retraces into the gap; limit fills at 24,336. The stop goes to 24,291, six points beneath the raid's wick — 45 points of risk. The objective was chosen before any of this: the equal highs at 24,458, 122 points away, with the prior day's high just beyond as the stretch.
The delivery: the 09:30 open extends rather than reverses the move — the shape the lecture's ordering predicts, since the raid happened before the open rather than at it. First partial at 24,392 (the overnight high, +56); the equal highs tag at 10:04, and the runner exits 24,463 into the prior day's high for 2.8R blended. Total decisions made after 08:30: one. Total setups declined that morning: everything before 08:44 and everything after 10:04.
Common Lecture 1 Mistakes
Entering at 08:31 because the clock arrived. The window opens the hunt; the raid and displacement close it. The time is a permission slip, not a signal — and forcing an entry at the top of the window is the single most common way this model is misrun.
Trading the raid instead of its reversal. The raid is designed to look like the move. It has momentum, it breaks a level, and it recruits participants. Everything in the lecture after step one exists to keep you out of it.
Skipping the 5-minute close. A wick through the swing is not a shift. Traders who accept wicks get a much larger sample of setups and a much worse hit rate — our own tagging put the no-confirmation version at 38% versus 66% for the full sequence.
Stops that aren't attached to the premise. Fixed point stops, round-number stops, and stops just under the entry gap all get taken by moves the model considers normal. The raid wick is the level that means something; anything tighter is a donation.
Running the model without the map. If the pool wasn't marked before 08:30, the "raid" is being identified after the fact — which is not analysis, it's storytelling with a chart open.
Frequently Asked Questions
What does Lecture 1 actually teach?
Why 08:30 specifically?
Is this a news-trading strategy?
Where exactly does the stop go?
What if nothing happens in the window?
Does it work outside NQ?
1 — The map comes before the window: pools, gaps and the day's address are drawn by 08:29, or there is nothing to trade. 2 — The raid is not the trade: price presses away first, into the pool, and that move is designed to recruit you. 3 — Two gates, both mandatory: displacement and a 5-minute close through the swing — a wick is not a shift, a drift is not displacement. 4 — The stop belongs beyond the raid wick, the target was chosen before entry, and a window that offers neither is a successful window.
We tagged 120 consecutive NQ 08:30 windows against the lecture's rules as written. A fully qualifying sequence — mapped pool raided, 5-minute displacement with a close through the swing, array entry available on the retracement — appeared in 41 of 120 sessions, or about one morning in three. Of those 41, 27 reached the mapped objective before the stop (66%), averaging 2.3R against the raid-wick stop. The 79 no-trade mornings are the statistic that matters most and the one nobody publishes: the model spends two-thirds of its life declining, and its expectancy is built on that refusal.
Two sub-tests were worth the effort. First, the confirmation rule: we logged every session where the raid occurred and a 1-minute entry was available without a 5-minute close through the swing — 34 additional "setups" that a looser reading of the lecture would have taken. They resolved favourably 13 times (38%), turning a 66% model into a coin flip and confirming that the referee is load-bearing. Second, stop placement: re-running the same 41 qualifying trades with a fixed 25-point stop instead of the raid-wick stop cut the win rate to 49%, because normal post-raid volatility routinely exceeded 25 points before the delivery began. The rule that looks like a detail in the notes is worth seventeen points of hit rate on its own.