Mitigation Block Calculator
Identify mitigation blocks where unfilled orders remain from previous price action. Enter values for instant results with step-by-step formulas.
Reviewed for accuracy by Daniel Agrici, Founder & Lead Developer
Mitigation Block Calculator
Calculator
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Formula: Optimal Entry = Block High - (Block Range x 0.618) for bullish | Stop Loss = Block Low - Buffer
Worked example — Entry: 1.09191 | SL: 1.08950 | TP: 1.09913 | Risk: 24 pips | Reward: 72 pips (3:1 RRR)
Formula
Optimal Entry = Block High - (Block Range x 0.618) for bullish | Stop Loss = Block Low - Buffer
The entry is calculated using the 61.8% Fibonacci retracement of the mitigation block range. For bullish setups, measure from the block high down. For bearish setups, measure from the block low up. The stop loss is placed beyond the opposite end of the block plus a buffer.
Worked Examples
Example 1: Bullish Mitigation Block on EUR/USD
Problem:A bullish mitigation block is identified on EUR/USD with a high of 1.0950 and low of 1.0900. Current price is 1.0920. Calculate entry, stop loss, and take profit at 3:1 RRR.
Solution:Block Range = 1.0950 - 1.0900 = 0.0050 (50 pips) 61.8% Entry = 1.0950 - 0.0050 x 0.618 = 1.0919 Stop Loss = 1.0900 - 0.0005 (5 pip buffer) = 1.0895 Risk = 1.0919 - 1.0895 = 0.0024 (24 pips) Take Profit = 1.0919 + 0.0024 x 3 = 1.0991 Reward = 72 pips
Result:Entry: 1.09191 | SL: 1.08950 | TP: 1.09913 | Risk: 24 pips | Reward: 72 pips (3:1 RRR)
Example 2: Bearish Mitigation Block on GBP/USD
Problem:A bearish mitigation block on GBP/USD has a high of 1.2750 and low of 1.2700. Calculate the optimal short entry with 5-pip buffer and 4:1 RRR.
Solution:Block Range = 1.2750 - 1.2700 = 0.0050 (50 pips) 61.8% Entry = 1.2700 + 0.0050 x 0.618 = 1.2731 Stop Loss = 1.2750 + 0.0005 (5 pip buffer) = 1.2755 Risk = 1.2755 - 1.2731 = 0.0024 (24 pips) Take Profit = 1.2731 - 0.0024 x 4 = 1.2635 Reward = 96 pips
Result:Entry: 1.27309 | SL: 1.27550 | TP: 1.26349 | Risk: 24 pips | Reward: 96 pips (4:1 RRR)
Frequently Asked Questions
What is a mitigation block in ICT trading?
A mitigation block is a price level in ICT methodology where institutional orders from a previous move remain partially unfilled, creating a zone where price is likely to return and react. When smart money places a large order, not all of it gets filled in a single pass through a price level. The unfilled portion remains as a pending order that will be executed when price revisits that level. This creates a predictable reaction point that traders can use for entries. Mitigation blocks are typically identified by looking for candles that initiated a strong move but were later revisited, with the body of the initiating candle serving as the key zone.
How do mitigation blocks differ from order blocks?
While both concepts involve institutional order flow, mitigation blocks and order blocks have distinct characteristics. An order block is the last opposing candle before a strong impulsive move, representing where smart money originally entered their position. A mitigation block, by contrast, represents a level where previous institutional orders were only partially filled and need to be completed or mitigated. Order blocks are typically traded on the first return of price, while mitigation blocks can be traded on subsequent returns. Additionally, mitigation blocks often form at previous order block levels that have already been traded once, making them second-touch or third-touch reaction zones.
How do I identify valid mitigation blocks on a chart?
To identify valid mitigation blocks, look for candles that created a strong directional move followed by a retracement that revisited the origin of that move without fully negating it. The key criteria include: first, a clear impulsive move away from the level showing strong institutional interest. Second, a subsequent return to the level where price reacted but did not create a new extreme beyond the original move. Third, the body of the candle at the mitigation zone should show clear rejection wicks. Use higher timeframes (4-hour and daily) to identify the blocks and lower timeframes (15-minute and 1-hour) to refine entries. Valid blocks typically show decreasing volume on the return, suggesting unfilled orders rather than new selling pressure.
What is the optimal entry strategy for mitigation block trades?
The optimal entry strategy for mitigation block trades involves using Fibonacci retracement levels within the block itself. The 61.8 percent retracement of the block range provides the best risk-to-reward ratio while still offering a high probability of being filled. Place your entry order at this level with a stop loss below the block low (for bullish setups) plus a small buffer of 3 to 5 pips. A more conservative approach uses the 50 percent level of the block, which has a higher fill probability but slightly worse risk-to-reward. Always wait for a market structure shift on the lower timeframe before entering, as this confirms that smart money is indeed defending the mitigation block level.
What risk-to-reward ratio should I target with mitigation blocks?
For mitigation block trades, a minimum risk-to-reward ratio of 3:1 is recommended in ICT methodology, with many experienced traders targeting 5:1 or higher. The tight stop loss placement just beyond the block allows for favorable ratios even with modest target distances. For scalping setups on lower timeframes, a 2:1 ratio may be acceptable if the win rate is high. For swing trades using daily or weekly mitigation blocks, ratios of 5:1 to 10:1 are achievable because the initial risk is contained within the block while the potential reward extends to the next significant liquidity pool. Always calculate the exact risk in pips before entering to ensure the potential reward justifies the trade.
Can mitigation blocks be used across all timeframes?
Yes, mitigation blocks appear and function across all timeframes, but higher timeframe blocks carry more significance due to the larger institutional orders they represent. Monthly and weekly mitigation blocks create major swing trading zones that can hold for weeks. Daily blocks provide intermediate-term trading opportunities lasting several days. The 4-hour and 1-hour blocks are suitable for intraday swing trades. The 15-minute and 5-minute blocks work for scalping setups. The most effective approach uses multi-timeframe analysis where you identify mitigation blocks on higher timeframes and then drill down to lower timeframes for precise entries. A daily mitigation block confirmed by a 15-minute entry signal offers the best combination of reliability and precision.
What happens when a mitigation block fails?
When a mitigation block fails, it means price has traded through the entire block without the expected reaction, indicating that all unfilled orders have been absorbed or that the institutional interest has changed. A failed mitigation block becomes a breaker block in ICT terminology, and the level that was expected to be support now becomes resistance (or vice versa). If your trade is stopped out at a mitigation block, do not re-enter at the same level. Instead, look for the next significant mitigation or order block further along the price structure. Failed blocks also provide valuable information about the strength of the current trend, as strong trends will consistently break through mitigation levels.
How do I combine mitigation blocks with other ICT concepts?
Mitigation blocks become most powerful when combined with other ICT concepts in a confluence-based approach. Look for mitigation blocks that align with fair value gaps (FVGs), as these overlapping zones indicate multiple reasons for price to react. Combine with killzone timing to trade mitigation blocks only during high-volume sessions. Check for liquidity above or below the block that smart money might sweep before reacting at the mitigation level. Use market structure shifts on lower timeframes to confirm entry timing. The ICT Unicorn Model specifically combines breaker blocks with FVGs, and mitigation blocks can be used similarly. The strongest setups occur when three or more ICT concepts align at the same price level.
What is the significance of the block range size?
The range size of a mitigation block provides important information about the magnitude of unfilled institutional orders and the expected reaction strength. Larger blocks (wider ranges) typically represent bigger institutional orders and tend to produce stronger reactions when price returns to them. However, larger blocks also create wider stop loss requirements, which can reduce risk-to-reward ratios. Smaller blocks represent more precise order levels and allow tighter stops, but they may produce smaller reactions. As a general rule, the block range should be proportional to the timeframe. A daily mitigation block on EUR/USD might span 20 to 50 pips, while a 15-minute block might span 5 to 15 pips. Blocks that are excessively large relative to their timeframe may indicate overlapping zones rather than a single mitigation level.
How many times can a mitigation block be traded before it expires?
In ICT methodology, a mitigation block typically has one to three valid touches before its unfilled orders are completely absorbed and the level loses its significance. The first touch generally produces the strongest reaction because the most unfilled orders remain. Each subsequent touch tends to produce a weaker reaction as more orders get filled. After three touches, the block is considered fully mitigated and should no longer be used for entries. However, this guideline is not absolute, as the number of valid touches depends on the size of the original institutional order and how much was filled on each return. Track the reaction strength at each touch and if a touch produces a noticeably weaker reaction than previous ones, consider the block close to being fully mitigated.
References
Reviewed for accuracy by Daniel Agrici, Founder & Lead Developer · Editorial policy
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