Hello and welcome back to our study of institutional order flow.
In our last lesson, we focused on identifying breaker blocks. We learned that a breaker is created when the market takes out liquidity (e.g., runs above a previous high) and then aggressively reverses, shifting the market structure. That liquidity sweep is a defining feature.
Today, we will explore a related but distinct concept: the Mitigation Block. While it also represents a failed swing point, its formation is more subtle. By the end of this lesson, you will be able to define what a mitigation block is in ICT terms and, most importantly, identify it on your charts. This will add another crucial point of interest to your analytical toolkit.
1. Mitigation vs. Breaker: The Critical Difference
The single most important distinction between a breaker block and a mitigation block lies in the market structure before the shift. A breaker block involves a run on liquidity, while a mitigation block is characterized by a failure to do so.
This simple diagram makes the distinction clear.

To hear this explained, let's watch a very short clip.
Mitigation Blocks (With Examples) - ICT Core Content
This video from Trade for Opportunity gets straight to the point, highlighting the one key difference between breaker and mitigation blocks.
Watch the first 38 seconds of the video. The presenter clearly explains that for a mitigation block, price does not need to run the initial high before the market structure shifts.
This concept of a "failure to swing" is the essence of a mitigation block. The market showed its hand—not by aggressively engineering liquidity, but by failing to show enough strength to continue the prevailing trend.
2. The Logic Behind Mitigation
Why are these "failed" areas significant? They represent zones where a group of traders got trapped on the wrong side of the market. When price returns to this level, it offers them an opportunity to exit—or "mitigate"—their losing positions at or near breakeven. Institutional algorithms understand this and can use the resulting order flow to facilitate their own entries.
ICT himself refers to this as "buyer's remorse" in a bearish scenario. Let's watch him explain the underlying narrative.
ICT Mentorship Core Content - Month 04 - Mitigation Blocks
In this core content video, ICT explains the logic behind mitigation blocks, focusing on the institutional perspective.
Please watch from 02:32 to 07:15. First, ICT details the structural formation, which he calls an 'M pattern' or 'failure swing.' This is the pattern you will learn to spot. Then, he explains the concept of trapped buyers having an opportunity to 'mitigate their losses.' This is the institutional story behind the pattern. Pay attention to how the last down-candle before the failed rally becomes the key point of interest.
As you saw, the key is identifying a point where the market should have continued its trend but failed. That failure, followed by a break in the opposite direction, creates the mitigation block.
3. How to Identify Mitigation Blocks
Now let's codify the exact steps to identify both bearish and bullish mitigation blocks. The sequence of swing points is precise.
Master the Mitigation Block ICT and Learn to Trade it
This article from InnerCircleTrader.net provides clear, step-by-step instructions and diagrams for identifying both types of mitigation blocks. We will use it to establish our rules.
Please read the sections 'Bearish ICT Mitigation Block' and 'Bullish ICT Mitigation Block'. Focus on the sequence of events described for each and study the accompanying diagrams. Do not worry about the 'How to Identify' sub-headings, just the main sections on bearish and bullish blocks.
Let's summarize the rules from the reading:
Bearish Mitigation Block
- An uptrend is in place (creating higher highs and higher lows).
- Price makes a pullback, forming a higher low (HL).
- Price then rallies but fails to create a new higher high, instead forming a lower high (LH). This is the "failure swing."
- Price then breaks down below the previous higher low (HL), confirming a Market Structure Shift (MSS).
- The bearish mitigation block is the last down-close candle (or candles) at the swing low (HL) before the failed rally. This area, which once acted as support, is now expected to act as resistance.
Bullish Mitigation Block
- A downtrend is in place (creating lower lows and lower highs).
- Price makes a rally, forming a lower high (LH).
- Price then sells off but fails to create a new lower low, instead forming a higher low (HL). This is the "failure swing."
- Price then rallies above the previous lower high (LH), confirming a Market Structure Shift (MSS).
- The bullish mitigation block is the last up-close candle (or candles) at the swing high (LH) before the failed sell-off. This area, which once acted as resistance, is now expected to act as support.
4. Chart Examples and High-Probability Setups
Let's put theory into practice by looking at some chart examples. Seeing the pattern in different contexts is key to developing your eye for it.
Mitigation Blocks (With Examples) - ICT Core Content
This video from Trade for Opportunity provides several clear, annotated examples of both bullish and bearish mitigation blocks on live charts.
Watch from 01:00 to 04:03. The presenter walks through four different examples on various timeframes. For each example, pause the video and try to identify the 'failure swing' and the subsequent 'market structure shift' yourself before the presenter points them out.
Increasing the Probability of Your Mitigation Block
Not all mitigation blocks are created equal. As with all ICT concepts, confluence increases probability. Here are some factors to look for that can strengthen a mitigation block setup:
- Displacement: Was the market structure shift that created the block an aggressive, energetic move? A strong break with large-bodied candles (displacement) signals strong institutional participation and validates the block.
- Fair Value Gap (FVG): Does the mitigation block coincide with or lie within a Fair Value Gap? When these two concepts align, it creates a very high-probability point of interest. We will cover FVGs in detail in the next module.
- Higher Timeframe Context: Is the mitigation block forming at a higher timeframe point of interest? For example, a bearish mitigation block on the 15-minute chart is much more powerful if it forms after the price has hit a daily bearish order block.
ICT Mitigation Block: What it is and How to Trade It? - HowToTrade
This article from HowToTrade gives some excellent tips on identifying high-probability setups.
Please read the section 'Tips on Marking out High Probability ICT Mitigation Blocks?' This short section will reinforce the importance of looking for confluence with other ICT concepts.
Conclusion
Well done. You have now learned to distinguish between breaker blocks and the more subtle mitigation blocks. This ability to differentiate based on whether liquidity was taken or not is a sign of a developing understanding of institutional price delivery.
Key Takeaways:
- Definition: A mitigation block is a failed order block or swing point where price failed to continue the trend (i.e., did not sweep a prior high/low) before shifting market structure.
- The Logic: It represents a zone where trapped traders may look to exit their losing positions, providing liquidity for smart money to enter in the new direction.
- Identification: Look for a "failure swing" followed by a clear Market Structure Shift. The block itself is the last counter-trend candle(s) within the swing point that was broken.
- Key Difference: Breaker = Liquidity Sweep + MSS. Mitigation = Failure to Sweep + MSS.
Preview of the Next Lesson:
This lesson concludes our module on Order Blocks and Institutional Arrays. You can now identify standard order blocks, breakers, and mitigation blocks. You may have noticed that the powerful, displacing moves that create these blocks often leave gaps in the market. In our next module, we will dive deep into these imbalances, starting with the lesson: "Define a Fair Value Gap (FVG) as a price imbalance." Understanding FVGs is the next major step in decoding the ICT price algorithm.