ICT Suspension Block: The Complete Guide

The ICT framework has expanded significantly in 2025, with Michael Huddleston introducing several new concepts as refinements to the existing PD array hierarchy. The suspension block, introduced in September 2025, addresses a common pattern that experienced ICT traders recognise but previously had no specific label for: price approaching a key structural level, hovering there with several low-range candles, and then continuing in the direction it was already traveling.

This is different from a breaker block (which signals a direction flip) and different from a simple consolidation before a breakout. The suspension block is specifically the price behaviour at a known institutional zone — a PD array level — where the algorithm is completing order fills before continuing delivery. The suspension period is the algorithm's reload sequence.

What the Suspension Block Is

The suspension block forms at a key structural level — an order block, FVG, or major structural extreme — when price approaches the level and then hovers. The hovering is defined by multiple candles with small bodies clustered near the level, neither breaking clearly through it nor reversing decisively from it. Price is effectively suspended at the zone.

Mechanically, what is happening: the algorithm has identified the key level as a zone where remaining institutional orders need to be filled before delivery continues. The suspension period allows those orders to be absorbed. Once the last order is filled, the algorithm resumes the primary delivery direction — and price breaks cleanly away from the zone, continuing where it was headed before the pause.

The suspension period has a characteristic visual signature: 3–8 candles with small bodies clustered within a 10–20 NQ point range at the zone boundary, without any candle closing meaningfully beyond the zone in either direction. The candles may alternate between small bullish and bearish bodies — this alternation itself is the signature of the algorithm absorbing final orders at both sides of the level before committing to the continuation. After the suspension, the resolution candle is typically 2–3× the size of the suspension candles.

What distinguishes a suspension block from ordinary consolidation is the location: the clustering occurs specifically at a known institutional level — the edge of an OB, the boundary of a FVG, a prior swing extreme, or the dealing range EQ. Random price consolidation that forms away from these levels is not a suspension block. The zone must be structurally significant and the clustering must occur at its edge.

Bullish suspension block: Price is in a bullish delivery, approaches a bullish FVG or OB in discount, and then hovers above the level with multiple small candles — neither breaking above with momentum nor falling back down. After several candles of suspension, price breaks above the zone with a larger bullish candle — continuation of the bullish delivery.

Bearish suspension block: Price is in a bearish delivery, approaches a bearish FVG or OB in premium, and hovers below the level. After the suspension, price breaks below with a bearish continuation candle.

Suspension Block vs Breaker Block

The suspension block and the breaker block are frequently confused because they both involve price behaving unusually at a key structural zone. The distinction is fundamental:

Breaker Block: Price approaches an OB or structural zone and trades through it, body-closing on the other side. The zone's institutional significance flips — former support becomes resistance. The breaker signals a directional change. Entry is in the new direction when price returns to the breaker zone.

Suspension Block: Price approaches an OB or structural zone and hovers at it — neither breaking through nor reversing with conviction. The zone holds. The suspension signals continuation. Entry is in the original direction when the suspension resolves and price breaks away.

The key visual differentiator: a breaker produces candle bodies that close on the other side of the zone. A suspension produces candle bodies that cluster at the zone's edge without crossing it decisively. After a breaker, you look to trade the new direction. After a suspension, you look to trade the continuation.

A third scenario to distinguish: the continuation with no pause. When price moves through an OB or FVG zone without suspending — just a brief wick touch and immediate continuation — this is a standard FVG entry, not a suspension block. The suspension block specifically requires the multi-candle clustering pattern at the zone edge. A single-candle touch-and-go at the 50% CE is an FVG entry. Multiple candles hovering for 10–25 minutes at the zone boundary is a suspension block entry trigger.

Entry Mechanics

Suspension block entries are triggered by the resolution — the first decisive candle close that breaks away from the suspension zone in the continuation direction.

For a bullish suspension block: After price has hovered above a discount OB/FVG with multiple small candles, wait for the first 5-minute candle to close clearly above the suspension zone's recent highs. Enter long at market on that close. Stop below the lowest point of the suspension zone. T1 at the nearest IRL above.

For a bearish suspension block: After hovering below a premium OB/FVG, wait for the first 5-minute candle to close clearly below the suspension zone's recent lows. Enter short at market on that close. Stop above the highest point of the suspension zone. T1 at the nearest IRL below.

Kill zone timing: Like all ICT entries, suspension block trades are only valid during active kill zones. A suspension that forms and resolves during the London or NY open kill zone has institutional backing. A suspension outside kill zone hours is low-probability regardless of the structural context.

NQ example: Daily bias bearish. NQ retraces upward toward a bearish FVG at 21,340–21,400 (50% CE: 21,370). Price enters the FVG at 21,352 at 9:48 AM. Instead of reversing immediately, 6 candles form between 21,345 and 21,366 over the next 12 minutes — the suspension block. Small bodies, no close beyond 21,370 (the 50% CE). At 10:06 AM, the resolution candle closes at 21,338 — below the suspension zone's recent lows. IOFED trigger fires: enter short at market 21,338. Stop above the suspension zone high: 21,372. Distance: 34 points. T1 at 21,220 (IRL) — 118 points, 3.5R. Hit 10:44 AM. The suspension provided 12 minutes of additional confirmation that the 50% CE was holding, trading 34-point risk for 3.5R.

Context and Confluence

The suspension block is most reliable when additional confluence supports the continuation:

The daily bias must favour the continuation direction. A bullish suspension in daily bearish context is a lower-probability setup — the suspension may resolve not as a continuation but as a larger reversal. The dealing range zone must match — bullish suspension in discount, bearish in premium. And the weekly profile should confirm the same direction the suspension is setting up to continue. A suspension block aligned with the daily bias, in the correct zone, during a kill zone, within a favourable weekly profile is an A-tier continuation entry.

The suspension block also serves as a re-entry signal when the primary entry was missed. If price reached the FVG 50% CE too quickly and the passive limit was not set, the suspension block that forms slightly past the 50% CE (as price enters the FVG and hovers) provides a second opportunity. The resolution candle out of the suspension, entering at market, gives a slightly later entry than the 50% CE but with higher confirmation — useful on setups where the initial displacement quality was moderate and extra confirmation is warranted.

Confluence scoring for suspension block entries: (1) FVG or OB zone — 2 points; (2) correct dealing range zone (premium/discount) — 2 points; (3) kill zone timing — 2 points; (4) daily bias aligned — 2 points; (5) weekly profile aligned — 2 points. 8–10 points: standard size. 5–7: reduced size. Below 5: pass.

A Note on Concept Maturity

The suspension block was introduced in September 2025 and the community's understanding continues to develop. As with all newer ICT concepts — the Venom Model in April 2025, SIBI/BISI, and others that emerged from the 2022 mentorship — the practical application often develops through community backtesting and discussion in the months and years following the initial teaching. For the most precise and current definition, refer to Michael Huddleston's September 2025 content directly. The description above reflects the understanding as of mid-2026 based on community application of the concept.

Frequently Asked Questions