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Price Delivery Theory

ICT Higher Timeframe Analysis — Complete Guide

ICT higher timeframe (HTF) analysis explained — the top-down 4-step cascade from monthly to session. The 7-level timeframe stack, the HTF PD array magnet concept, the BOS/CHoCH structure cascade, conflict resolution rules, and the 20-minute minimum viable process.

The most common cause of ICT trade failures is not a bad entry model — it is a good entry model applied against the higher timeframe context. A textbook bullish OB entry on the 15M fails because the 4H has a bearish FVG directly above. A perfect Judas sweep and CHoCH on the Daily fails because the Weekly shows price deep in premium with the PWH above as a sell target.

Key takeaways

HTF analysis flows top-down only: monthly → weekly → daily → session. A 15M signal does not upgrade a weekly bearish bias.
5 reasons HTF determines LTF probability: capital weight, participant breadth, AMD cycle duration, algorithmic weighting, and PD array magnets.
The HTF PD array magnet: every unmitigated HTF PD array draws LTF delivery toward it. The magnet is the destination, not a barrier.
The 4-step cascade: monthly context → weekly AMD → daily AMD → session entry. No step is skipped.
Minimum viable process: 20 minutes total (5 min Sunday, 10 min pre-session, 5 min kill zone open).

What is ICT higher timeframe analysis?

Definition

ICT higher timeframe analysis is the top-down process of analysing market structure, premium/discount context, PD arrays, and AMD phases from the highest relevant timeframe (monthly) down to the session entry timeframe (5M/15M). Each higher timeframe determines the context within which the next lower timeframe operates. The cascade flows one direction only — higher to lower. A 15M bullish OB does not upgrade a weekly bearish bias.

Why higher timeframe context determines entry probability

5 REASONS HTF DETERMINES LTFICT

Five mechanisms, one conclusion. HTF context determines LTF probability through capital weight, participant breadth, AMD duration, algorithmic weighting, and — most powerfully — the magnet effect of unmitigated HTF PD arrays drawing LTF delivery toward them.

The ICT timeframe stack

Seven timeframes, each with a specific role in the cascade
Timeframe	Role	Key analysis	When reviewed
Monthly	Macro context	Monthly BOS, monthly dealing range CE, monthly PD arrays	Month start
Weekly	Primary AMD	Weekly bias, PWH/PWL, weekly CE, weekly PD arrays	Every Sunday
Daily / 4H	AMD direction	Daily BOS/CHoCH, PDH/PDL, daily CE, daily PD arrays	Pre-session 01:00 EST
1H	Session structure	Kill zone activity, session OBs/FVGs, post-Judas structure	Kill zone open
15M	Entry confirmation	Post-Judas CHoCH, PD array zone, entry timing	During kill zone
5M	LTF CHoCH precision	CHoCH within PD array, macro window delivery	At macro windows
1M	Maximum precision	Silver Bullet FVG, displacement tracking	Silver Bullet windows

The practical core for most intraday traders: Daily (AMD direction) + 1H (session structure) + 15M (entry confirmation). Weekly adds the bias context. 5M adds CHoCH precision. Monthly and 4H add the longer structural layers.

The 4-step HTF analysis cascade

4-STEP CASCADEICT

Each step feeds the next. Monthly context determines what the weekly AMD is doing. Weekly AMD determines the daily direction. Daily direction determines which session entries are valid. No step is skipped — each provides institutional context the next step requires.

The HTF PD array magnet concept

The most operationally powerful insight: every significant unmitigated HTF PD array — a weekly OB, a monthly FVG — acts as a persistent draw on LTF price delivery. The LTF AMD is not delivering randomly; it is the delivery mechanism carrying price toward the nearest HTF magnet. Identifying the current magnet transforms HTF analysis from passive orientation into active targeting: the magnet tells the trader where the LTF delivery is heading and when to shift mode from delivery to reaction.

Pre-session magnet identification: mark all unmitigated weekly OBs and FVGs above and below current price. Identify the nearest one in the weekly AMD direction. That is the current primary magnet. Mark PDH/PDL and PWH/PWL between current price and the magnet — these are intermediate stops the LTF AMD must collect en route. When the magnet is reached: stop entering in the delivery direction, watch for the LTF CHoCH of the HTF reaction, and prepare to enter in the opposite direction.

Conflict resolution — when HTF and LTF disagree

Rule 1: HTF always wins

When weekly context and LTF signal disagree, follow the weekly

A 15M bullish CHoCH during a weekly bearish distribution is a retracement, not a reversal. The weekly AMD has more capital, more participants, and more remaining delivery power. The LTF signal is absorbed by the HTF flow.

Rule 2: Skip, do not reverse

When daily and session disagree, skip the session — do not enter against the daily

A bearish session signal during a bullish daily AMD is a skip, not a short entry. Wait for the next session to align with the daily direction. The daily direction corrects within 1–2 sessions.

Rule 3: The magnet overrides LTF structure

If the HTF magnet is above and LTF turns bearish, the bearish signal is a retracement

The magnet has not been reached. The LTF bearish structure is a retracement within the delivery path to the magnet. Enter long on the LTF bearish retracement if the daily direction is bullish.

The 20-minute minimum viable HTF process

Sunday — 5 minutes

Check monthly macro context (BOS direction, monthly CE). Mark PWH and PWL. Note weekly CE vs Sunday open. Document weekly bias (bullish or bearish). This provides the weekly context for the entire trading week.

Pre-session — 10 minutes (01:00–01:30 EST)

Mark PDH and PDL. Calculate daily CE. Note midnight open vs daily CE. Mark 1–2 key daily PD arrays in the daily AMD direction. Check for any weekly PD array within today’s session range (the current magnet). Document the daily session plan.

Kill zone open — 5 minutes (02:00 or 07:00 EST)

Mark the Asian range high and low. Calculate Asian CE. Identify the current AMD phase: Phase 2 (Judas active, do not enter) or Phase 3 (CHoCH confirmed, entry ready). Mark the post-Judas PD arrays. Set alerts at macro window times.

Common mistakes

Bottom-up analysis — entering on LTF then searching HTF for confirmation

This inverts the institutional logic. HTF context must be established BEFORE examining LTF signals. The cascade flows top-down only. A LTF signal that contradicts HTF context has no institutional backing.

Skipping the weekly analysis step

Without the weekly bias, every daily AMD direction is a guess. The weekly AMD cycle determines whether the daily bullish AMD will be sustained or will stall. Five minutes on Sunday provides the context for the entire week.

Ignoring the HTF magnet

Exiting at PDH when a weekly OB is 40 pips above means exiting before the delivery reaches its destination. Knowing the HTF magnet transforms target-setting from nearest-level exits to magnet-aligned holds.

Entering counter-trend LTF signals at the HTF magnet

When price reaches the weekly OB ceiling, LTF bullish signals are the last distribution delivery, not continuation. The HTF PD array will produce a reaction. Entering long at the magnet is entering at the ceiling.

FAQ — ICT higher timeframe analysis

What is ICT higher timeframe analysis? +

The top-down process from monthly to session, identifying institutional context for LTF entries. Flows one direction only: higher determines lower. A 15M signal does not override weekly context.

Why does HTF context determine LTF probability? +

Five reasons: capital weight, participant breadth, AMD cycle duration, algorithmic weighting, and PD array magnets drawing LTF delivery toward HTF destinations.

What is the HTF PD array magnet? +

Every unmitigated HTF PD array draws LTF delivery toward it. The LTF AMD is the delivery mechanism for the HTF destination. The magnet tells direction, destination, and when to shift analytical mode.

What is the minimum viable process? +

20 minutes: Sunday 5 min (monthly, weekly), pre-session 10 min (daily direction, PD arrays), kill zone 5 min (Asian range, AMD phase). Provides essential context before any entry.

Conclusion — HTF analysis is the foundation, not an option

The 4-step cascade — monthly structural context, weekly AMD cycle, daily AMD direction, session entry precision — provides the layered institutional context within which LTF entries either align with or oppose the dominant delivery. Without this cascade, ICT tools are patterns without probability — technically correct formations that fail because the institutional context is against them.

The HTF PD array magnet concept transforms passive orientation into active targeting: knowing the magnet tells the direction, the destination, the intermediate stops, and the moment to shift analytical mode. This magnet awareness separates traders who exit at PDH from traders who hold toward the weekly OB above.

The companion guides: the P/D guide covers the CE framework each cascade step uses; the dealing range guide covers the range framework; the market structure guide covers the BOS/CHoCH framework; and the kill zones guide covers the session timing. Or join the mentorship for structured guidance on multi-timeframe cascade analysis and HTF magnet identification.

Lio

Founder & ICT trading educator, LiquiditySweeps.com

Lio has traded ICT and Smart Money Concepts on forex majors and US indices since 2021 and built LiquiditySweeps.com to teach the framework the way it should be learned: in sequence, on real charts, with free live tools instead of paid indicators. Every article on this site follows the same rule — nothing gets published that wouldn’t survive a trade review.

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Quick check

You see a textbook 15M bullish OB entry during London kill zone. The weekly chart shows a bearish AMD distributing from a weekly bearish OB directly above. What do you do?

✓ Correct. The weekly bearish OB above is the HTF ceiling. Rule 1: HTF always wins. The 15M bullish OB has no institutional backing against the weekly bearish distribution — the weekly capital, participant breadth, and AMD duration all overwhelm the LTF signal. Skip the entry entirely.