ICT HRLR and LRLR: Describing Price Movement Toward References
Learn how ICT traders label high- and low-resistance movement toward a reference level, distinguish the label from measured order flow, and test management rules without assuming the target will be reached.
Framework note: ICT terms are interpretations of price action, not proof of institutional motives or a market algorithm’s intent. No setup is guaranteed. Test clearly defined rules, account for costs and slippage, and use risk limits before risking capital. Read our editorial policy.
HRLR and LRLR are labels used in ICT education to describe relatively hesitant or direct movement toward a selected reference. They are chart classifications; they do not independently measure the order book, participant commitment or the probability of reaching a target.
High Resistance Liquidity Run (HRLR)
A High Resistance Liquidity Run occurs when price is moving toward a liquidity target but encounters significant opposing pressure along the way. This manifests as overlapping candles, frequent pullbacks that retrace 50%+ of the prior swing, multiple small FVGs being left and immediately filled, and a general lack of momentum. Price is getting there — but slowly and with effort.
Overlapping candles and pullbacks can define a high-resistance candidate, but they do not identify the participants on either side. Use observable criteria and check whether the category is associated with different outcomes in a recorded sample.
Frequent pullbacks can affect trailing-stop performance, but outcomes depend on the instrument and stop rule. Compare fixed-stop, trailing-stop and partial-exit methods using identical entry conditions and realistic execution costs rather than assuming one approach is safer.
Low Resistance Liquidity Run (LRLR)
A low-resistance candidate may be defined by limited overlap or shallow pullbacks during movement toward a reference. Those features do not prove institutional commitment or guarantee continuation; define the target rule and include cases where price turns first.
LLRs are the premium ICT trade management opportunity. When you recognize an LRLR developing, you can trail your stop more aggressively and consider scaling into additional entries on any minor retracements into the FVGs left by the displacement. The strong institutional momentum suggests the target will be reached quickly and the move can potentially extend beyond the original target.
Identifying HRLR vs LRLR in Real Time
- Count the number of opposing candles as price moves toward the target. More than 40% opposing candles = HRLR. Less than 20% opposing candles = LRLR.
- Measure the retracement depth of pullbacks. Pullbacks retracing more than 50% of the previous swing = HRLR. Pullbacks retracing less than 30% = LRLR.
- Check if FVGs left during the move are being immediately filled. Immediate FVG fills indicate HRLR. FVGs left open and respected indicate LRLR.
- Monitor the candle body-to-wick ratio. High-wick candles with small bodies = HRLR. Large-bodied candles with minimal wicks = LRLR.
Using HRLR/LRLR for Position Sizing
HRLR and LRLR also guide initial position sizing. When the HTF context and daily bias suggest an LRLR is setting up — clean displacement from a significant PD Array with strong structural alignment — this warrants a full-sized position. When the HTF context is mixed or the entry zone is less clean, suggesting an HRLR is more likely, reduce position size by 25-50% to accommodate the messier price action and wider stop requirement.
The best ICT trades are LLRs from the very first candle. When you enter at an FVG or OB and the first candle after your entry is a large-bodied displacement candle in your direction — with no immediate pullback — you are in an LRLR. Move your stop to breakeven after the first FVG is left behind and let the run carry to the target without micromanaging. The worst thing you can do in an LRLR is move your stop too soon and get taken out before the full delivery.
Worked hypothetical example: quantify resistance along a run
Suppose price travels toward a prior swing high over 12 bars, with four counter-directional swings and several pauses. Under a predefined rule based on travel time and counter-swings, the path may receive a high-resistance label. Another path reaches a similar target in three directional bars with fewer interruptions. Record the measures instead of relying on 'grind' or 'explosive' as subjective labels.
Failure case and what to test
A slow path can still break the level, while a fast path can reverse. Terms such as HRLR and LRLR may be defined differently, and classification after reaching the target risks hindsight bias. Test whether the selected measures add anything beyond volatility and distance-to-target baselines.
Test checklist
- Choose observable resistance measures, lookback and thresholds.
- Fix the target level before measuring the path.
- Record paths that fail, reverse early or do not reach a target.
- Compare labels with simple speed/volatility metrics on held-out data.
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