ICT Reclaimed Order Block Explained: Old Levels, New Entries

Some of the most useful levels on a chart were formed before the market made its final high or low. A small rally interrupts a decline, fails to stop the broader move, and disappears from your attention. Later, after price turns and begins advancing, that earlier candle becomes relevant again. ICT reclaimed order blocks give you a way to investigate this connection between the two sides of a price swing.

The challenge is avoiding hindsight. Once a rally has finished, it is easy to find an old candle beneath every pullback and describe each one as institutional buying. A useful method must tell you which candles to save before the turn, what evidence makes them eligible afterward, and when a later return can support an actual order. It must also explain why an earlier failed entry remains a failed entry.

This guide concentrates on that chronology. You will learn how to preserve an old reference, distinguish it from a breaker or propulsion block, and build a testable entry plan around a later return. The worked EUR/USD examples use hypothetical prices, explicit risk calculations, and Ghana session times. They illustrate a process, not a current trade recommendation or a record of profitable performance.

1. What is an ICT reclaimed order block?

In ICT’s original Month 4 lesson on reclaimed order blocks, bullish candidates are earlier down candles followed by brief upward reactions during a larger decline. After the market turns higher, those old references are studied for renewed buying opportunities. Bearish candidates reverse the sequence: earlier up candles associated with short declines during a larger advance become references for later selling after the turn.

This is the part of the concept that a single cropped screenshot often loses. The source candle is not necessarily the last opposite-colour candle at the final turning point. It may be some distance away from that turn, both in price and time. Its relevance comes from an earlier reaction that you can document and its later position within the changed price sequence.

The two sides of the curve

ICT uses market maker buy and sell models to describe the broader movement around a turning area. In a buy-model discussion, the declining leg is called the sell side of the curve and the subsequent advancing leg the buy side. In a sell-model discussion, price advances before declining. These labels describe phases of the model. They should not be confused with buy-side liquidity above highs or sell-side liquidity below lows.

You do not need a perfectly symmetrical U shape or inverted U shape. A chart can include pauses, uneven swings, and several failed attempts to turn. Treat the labels as a way to organise observations around a selected pivot, not as a requirement to force price into an attractive curve. The turning point becomes identifiable only as later information arrives.

The institutional explanation has limits

The ICT explanation relates the early reactions and later reuse to institutional position building and hedging. That is a framework for interpreting price action. A retail candlestick chart does not reveal a participant’s identity, complete inventory, hedge, or remaining orders. You can observe a short bounce, a deeper decline, a later recovery, and a retest. You cannot establish from those candles alone that the same institution traded both interactions.

Keep that distinction in your notes. “The earlier down candle preceded an upward close through its high” is a reproducible observation. “Smart money must defend its accumulated position here” adds an unverified obligation to the market. The first can help build a test. The second can encourage you to hold a losing position because an explanation sounds persuasive.

2. Why an old reference can matter after the market turns

A trader studying only the latest displacement may overlook information already recorded during the preceding leg. Earlier reactions provide a map of prices where the market changed direction briefly. Reclaimed block analysis asks whether any of those references remain useful after the broader movement changes. The practical benefit is a shortlist prepared from completed price action, rather than a new box invented for each pullback.

However, a shortlist is not a set of standing orders. During the original decline, several small rallies can fail before price reaches a meaningful higher timeframe area. Buying every earlier down candle confuses candidate collection with permission to trade. In our study process, the old reference can remain in an archive while being completely ineligible for an immediate position.

After a potential turn, the order of events matters again. A bullish market must first recover through the selected old area under the entry model used here. Only a subsequent return from above can qualify for a planned buy limit. The initial upward passage through the area is a different event. You cannot wait for the recovery to prove itself and then claim an entry during the passage that happened before your decision.

This distinction also changes risk management. The final swing low may explain the broader bullish hypothesis, but it can be far below the proposed entry. A local stop beneath the old candle tests whether that particular area can support a continuation entry. Those are different propositions. A local loss can occur while the broader market later advances, and that does not make the original stop incorrect or justify moving it after entry.

For SMC traders, the value is therefore in connecting location, chronology, structure, and an intended liquidity destination. The old zone has no independent power outside that context. A later return beneath nearby opposing structure, after the main objective has already been reached, is a weaker proposition than the same geometry with a clear destination still available.

3. Reclaimed blocks, breakers, and propulsion blocks

These concepts can appear on the same chart, but their starting questions differ. A reclaimed block study asks whether a specific earlier reference is being used again after a broader turn. A breaker study examines a failed order block functioning in the opposite directional role. A propulsion study examines a newer candle that interacted with an already established order block and then becomes a continuation reference.

A reclaimed bullish reference can have been traded through during the earlier decline. That does not automatically make every later return a long opportunity. The required phase change and your entry conditions still need to occur. It also does not erase a stop-out from an earlier attempted long. One candle can feature in multiple observations over time, but each trade needs its own timestamp, evidence, and fixed risk.

Use the site’s breaker block guide and propulsion block guide for their separate constructions. In your own journal, choose one primary model for an order. Additional labels can describe context, but they should not multiply the apparent strength of evidence when they all arise from the same few candles.

The distinction becomes especially useful during review. If an entry was based on an archived candle’s open, assess that rule. Do not later explain the win using a newly discovered gap midpoint, then explain the loss using a different block boundary. Consistent labels help you evaluate decisions rather than decorate outcomes.

4. How to identify and preserve candidates before the retest

Begin with completed candles on one execution timeframe. This guide uses five-minute candles and stores both the body and full wick range of each selected source. To make the earlier reaction measurable, our illustrative bullish filter requires a subsequent candle within the next two candles to close above the source candle’s high. The bearish filter requires a close below its low. This numerical filter is an editorial study rule, not a claim that ICT defines every minor displacement that way.

1. Record the earlier reaction. Save the source candle’s open, high, low, close, and timestamp when the initial reaction qualifies. The source is a down candle for the bullish study and an up candle for the bearish study. Keep the qualifying reaction timestamp too.
2. Observe the unfinished larger leg. If price subsequently continues through the source, mark it inactive for immediate trading. Keep its original measurements in the archive. Do not extend a live stop or add to a loss because the candle might eventually become relevant again.
3. Require contact with a premarked higher timeframe area. The examples use an area chosen before the final pivot. Record its origin and boundaries. At its first contact, freeze the eligible archive: only sources whose initial reaction was completed before that contact can qualify for this old-reference study. If you discover the area only after the market turns, tag the observation as retrospective research.
4. Wait for a completed structural recovery or decline. Mark the relevant internal swing before it breaks. For a bullish activation, our model requires a close above that swing and above the old candle’s high. The bearish activation requires a close below the swing and the old candle’s low.
5. Select an eligible future return. Once activation is complete, check whether price is on the correct side for a limit order at the archived candle’s open. If the desired return occurred before activation, it is unavailable under this version of the model.
6. Freeze the decision record. Save entry, stop, target, expiry, cost allowance, and all exclusion conditions before advancing the replay or placing the order. Keep an unchanged copy of the original source measurements.

Resolve multiple candidates consistently

More than one earlier candle can qualify. A manageable research convention is to select the most recent candidate from the archive frozen at first contact with the higher timeframe area, provided it has been completely crossed by the activating close. Permit only its first eligible return. If several candidates overlap, record them but do not divide a single movement into several supposedly independent wins.

The chosen source may differ from the candle immediately preceding the final displacement. That is expected. Your job is to maintain the link to the earlier leg. A market structure shift helps describe activation; it does not automatically replace the historical source with a newer candle.

Some formations will never activate. Others will activate and move directly toward their objective without returning. Both outcomes are legitimate. A method that forces a trade from every archived candle has abandoned the filtering process that made the archive useful.

5. Turn the observation into a complete trade plan

The examples below use an entry at the archived candle’s open after a completed activating close. For the bullish setup, that open is the upper body boundary of a down candle. For the bearish setup, it is the lower body boundary of an up candle. The full wick range remains visible, and the protective stop is placed beyond its far edge with a stated buffer.

This drawing and execution convention is deliberate. A trader using the body midpoint, the wick extreme, or a lower timeframe confirmation trigger would produce different entries and fill rates. Those alternatives can be studied, but they are not interchangeable with the calculations here. Specify the interval and trigger before deciding whether a screenshot represents a valid example.

Define the destination before calculating the ratio

Choose a plausible objective from information available before entry, such as an earlier swing high for a long or swing low for a short. These are potential liquidity references in the ICT framework, not promises of a future visit. The worked examples place targets slightly ahead of those references. If a nearer opposing area interrupts the path, apply your exclusion rule instead of ignoring it to preserve an attractive target.

For the research protocol in this article, the planned ratio must be at least 2R after the cost allowance. An unfilled order expires after twenty minutes or at the selected session cutoff, whichever comes first. Cancel it if the target is reached before entry. Allow one attempt per selected source during that activation sequence. These settings make the exercise auditable; they have not been established here as optimal or profitable.

Keep activation and execution separate

A completed close can establish eligibility, but it does not guarantee that the proposed limit remains placeable at the intended price. Check the current executable quote. If price has already returned through the entry before you can place the order, do not record an ideal historical fill. If a gap jumps through both entry and stop, model the actual available execution or classify it as unresolved execution, rather than crediting a perfect entry and fixed maximum loss.

Once filled, the examples use a full-position target, a protective stop, and a session-cutoff exit if neither price exit occurs. They do not widen the stop, average into a loser, or assume that every return to the old source must hold. If you add partial profits or a break-even rule, calculate the resulting weighted outcome and test that management version separately.

Most importantly, a renewed role for an archived area does not provide renewed permission to ignore an existing stop. Reclaimed analysis is a way to organise future opportunities. It is not a mechanism for relabelling a currently losing position as a longer-term institutional trade.

6. Complete bullish EUR/USD example with price levels

This constructed example uses a five-minute chart in a hypothetical winter London session. All candle times are closing times in Ghana GMT. Before the sequence begins, the trader has marked a previously completed one-hour bullish order block with full range 1.08731 to 1.08766 and a possible buy-side liquidity objective at 1.09138. That earlier hourly formation is an assumed context input outside the displayed five-minute sequence. The intended take-profit will be 1.09121, 1.7 pips ahead of that objective.

Archive the source before the deeper low

At 7:10 AM, a down candle closes with open 1.08926, high 1.08938, low 1.08876, and close 1.08888. The next candle closes at 1.08958 and reaches a high of 1.08971. That close above the source high qualifies the initial reaction under our study rule. The source body from 1.08888 to 1.08926 and its full range from 1.08876 to 1.08938 are saved.

The market then resumes falling. A brief later bounce creates an internal high at 1.08911, followed by a deeper low of 1.08742 at 7:30 AM. That low lies inside the premarked higher timeframe area. Price has already traded below the archived candle. No long was authorised simply because the earlier source existed, and any separate earlier long that had stopped out would remain a loss.

At 7:40 AM, a bullish displacement candle closes at 1.08964. This is above both the internal high of 1.08911 and the old candle’s high of 1.08938. The observation now has the required activating close. Only afterward does the trader place a buy limit at the archived open of 1.08926.

Specify the entry, stop, and objective

The planned stop is 1.08861, 1.5 pips beneath the original source low of 1.08876. The take-profit remains 1.09121. At 7:45 AM, a hypothetical retracement reaches 1.08902, providing the later entry opportunity in the simplified reference-price model. Subsequent candles reach the target before the stop. This chosen illustration shows one possible outcome, not the probability of that outcome.

Assume a total round-trip friction allowance of 1.0 pip for this exercise. It represents spread, commissions expressed in pips, and expected execution friction in a simplified reference-price calculation. It is not a current broker quote. The estimated losing outcome becomes 6.5 + 1.0 = 7.5 pips, while the winning outcome becomes 19.5 − 1.0 = 18.5 pips. The adjusted ratio is 18.5 ÷ 7.5 = 2.47R, approximately 1:2.47.

On a hypothetical US$3,000 account, a chosen risk budget of 0.35% is US$10.50. A standard EUR/USD contract of 100,000 euros has a US$10 pip value in a US dollar account. Position size is therefore US$10.50 ÷ (7.5 × US$10) = 0.14 standard lot. At US$1.40 per pip, the cost-inclusive stop outcome is 7.5 × US$1.40 = US$10.50, and the illustrated target outcome is 18.5 × US$1.40 = US$25.90. Actual slippage can exceed the allowance.

The broader pivot is not a substitute stop

A separate version could place the stop beneath the final low at 1.08726. With the same entry and target, price risk would be (1.08926 − 1.08726) ÷ 0.00010 = 20.0 pips. Price reward stays 19.5 pips, so the ratio becomes 19.5 ÷ 20.0 = 0.975R before costs. After the same allowance it is (19.5 − 1.0) ÷ (20.0 + 1.0) = 18.5 ÷ 21.0 = 0.88R.

That version fails the protocol’s 2R minimum and is excluded. The original smaller stop tests a response at the reclaimed source. The wider stop tests survival of the broader pivot. Neither calculation authorises switching between them after the trade has opened.

7. Bearish example: reuse an earlier up candle after the high

This separate hypothetical sequence takes place during a winter New York session. A previously completed one-hour bearish order block has been marked with full range 1.09571 to 1.09608, with an earlier sell-side liquidity low at 1.09192. The hourly formation is again an assumed context input. At 12:05 PM Ghana GMT, an up candle closes with open 1.09418, high 1.09472, low 1.09406, and close 1.09456.

The next candle closes at 1.09387, below the source low, and reaches 1.09374. That initial decline qualifies the archived bearish source. However, the larger advance continues. After a later pullback establishes an internal low at 1.09439, price reaches a final illustrated high of 1.09586 at 12:25 PM, inside the premarked bearish area. The old source has been crossed during the advance.

At 12:35 PM, a displacement candle closes at 1.09381, below both the internal low of 1.09439 and the archived source low of 1.09406. After that close, the plan places a sell limit at the old open of 1.09418, with a stop at 1.09488, 1.6 pips above the old high. The target is 1.09208, 1.6 pips ahead of the liquidity low.

A later retracement at 12:40 PM reaches 1.09434, allowing the illustrated entry before the market declines to the target. Price risk is (1.09488 − 1.09418) ÷ 0.00010 = 7.0 pips. Price reward is (1.09418 − 1.09208) ÷ 0.00010 = 21.0 pips. The ratio before costs is 21.0 ÷ 7.0 = 3R, or 1:3.

With the same illustrative 1.0-pip round-trip allowance, the loss is 7.0 + 1.0 = 8.0 pips and the gain is 21.0 − 1.0 = 20.0 pips. The adjusted ratio is 20.0 ÷ 8.0 = 2.5R, or 1:2.5. The candle directions reverse relative to the bullish example, but the method for calculating distance, costs, and reward remains unchanged.

For actual execution, remember that a short opens at the bid and closes at the ask; a long opens at the ask and closes at the bid. A chart touch on one quote stream may not establish the assumed fill or stop outcome. If your backtest uses executable bid-and-ask prices, the spread is already reflected in those prices. Add only costs not already included, instead of deducting the same spread twice.

8. Ghana timing, session boundaries, and chart clocks

Ghana uses GMT year-round. New York alternates between UTC−5 during standard time and UTC−4 during daylight saving time. Consequently, the familiar London Kill Zone of 7 to 10 AM Ghana time and New York Kill Zone of noon to 3 PM Ghana time are winter conversions of the New York clock anchors shown below. Ghana’s own clock does not move. See the Ghana time zone reference and New York clock-change reference for the underlying offsets.

These are conversions of stated New York windows. London and New York do not necessarily change clocks on the same date, so a window anchored to New York is not identical to a rule anchored to London’s local opening throughout every transition period. Record which convention you use. Also check whether your platform labels candles by opening time or closing time; this article explicitly uses closing times.

Reclaimed candidates can be older than the session in which they become tradable. That makes timestamps especially important. Store the original candle in the platform’s timezone and in GMT, along with the activation and entry times. A level created yesterday should not become a different candle because the chart server changed its seasonal offset.

Before the session, check releases relevant to both currencies and set a consistent no-entry window around events you choose to exclude. The London Kill Zone guide covers wider preparation. Here, timing helps define when a saved observation is eligible and when an unfilled order expires; it does not guarantee that an old area will respond.

9. Common errors that turn reclaimed analysis into hindsight

Selecting the source after the winning retest

If you begin at a successful entry and search left until a candle fits, you have demonstrated that the chart contains many possible references. You have not demonstrated a selection method. Maintain the candidate archive before activation and use the same rule for all candidates. Unused and failed references are part of the evidence, not clutter to remove.

Treating every initial bounce as a final reversal

The old candle’s first reaction is only one part of the history. Our examples deliberately continue beyond it before turning. A higher timeframe area, completed structural evidence, and a later return are separate requirements. Skipping them because the first bounce looks strong changes the question from reclaimed analysis to an earlier reversal attempt.

Moving the box to fit a later wick

A fixed source has fixed open, high, low, and close values. Extending its lower edge after an adverse move, or replacing its open with a nearby midpoint after a missed fill, changes the model. Record an imperfect touch honestly. A near miss is useful information about fill behaviour, especially when comparing different brokers or data feeds.

Ignoring what price has already achieved

A strong activation may travel most of the distance to the intended liquidity objective before returning. The geometry of the old candle still exists, but the remaining opportunity may have changed. Apply the rule that cancels an unfilled order if the target is reached first. Do not quietly move the target farther away because the planned destination is no longer available.

Confusing descriptive theory with evidence of profitability

A coherent explanation is a starting point for testing, not a measured edge. The CFTC’s forex customer advisory describes the effects of leverage and dealer-dependent trading conditions. Its US regulatory discussion does not establish a broker’s authorisation in Ghana. For this method, the relevant practical step is to verify your own contract, costs, order triggers, and risk limits before using capital.

10. A research journal that preserves the old-to-new relationship

Use one row per archived source, with linked records for any later activation and trade. Give the source a stable identifier based on instrument, timeframe, and timestamp. Record its first reaction, whether it was subsequently crossed, the premarked turning area, the activating close, and the reason for either placing or rejecting an order. This structure makes it possible to reconstruct the decision without relying on a final annotated screenshot.

Separate the stages in your results: sources archived, sources activated, orders placed, orders filled, target exits, stop exits, cutoff exits, and unresolved executions. An impressive win rate among selected fills can conceal a very low opportunity rate or many excluded near misses. Report the full progression so the result describes the method you actually followed.

For filled orders, save net profit or loss, maximum adverse movement, maximum favourable movement, entry delay, spread, and realised slippage. If one candle reaches both target and stop and you lack sufficient intrabar data, label the outcome ambiguous or apply a disclosed conservative assumption. Do not always award the favourable sequence because the larger trend eventually moved in your direction.

Keep development and evaluation periods separate. You might first choose an archive rule and expiry using one group of sessions, then freeze them and review a later group. Changing the rules repeatedly until both groups look attractive removes the independence of the evaluation. A journal should make such changes visible, with version dates and the reason each rule changed.

The central comparison is whether the historical source adds useful information beyond your activation and entry filters. Compare like-for-like situations using the same costs, targets, and session rules. If you compare a reclaimed setup with a completely different stop, timeframe, and target model, you cannot isolate what the old reference contributed. Start with historical replay and demo execution, using the trading journal guide to keep the evidence organised.

11. Frequently asked questions

Continue by reviewing ICT order block foundations, the geometry of fair value gaps, and the confirmation logic in market structure shifts. Combine those lessons with London Kill Zone preparation and the session-open sequence in the ICT Judas Swing guide. Then practise preserving the original candle and evaluating its later return without changing the record after the outcome.