In the previous lesson, we learned that the number of Fair Value Gaps alone is not enough to classify a setup.
Two qualifying Fair Value Gaps can form as Two Gap Setup (TG) or Two Consecutive Gap Setup (TCG), depending on whether the gaps are separated or consecutive.
The same distinction applies when three qualifying Fair Value Gaps develop.
In this lesson, we will study the final two setups classified primarily by the number and arrangement of Fair Value Gaps:
Three Gap Setup (3G) and Three Consecutive Gap Setup (3CG).
These setups appear considerably less frequently than the configurations studied so far, but the underlying strategy remains the same.
The strategy conditions come first.
We then examine how the Fair Value Gaps have formed, classify the resulting setup, and apply its execution rule.
Three Gap Setup (3G)
Three Gap Setup begins from exactly the same strategy foundation.
The Filters are passed, the relevant Liquidity is taken, a valid CHoCH develops, and Displacement follows.
Three qualifying Fair Value Gaps form within the relevant move.
This time, however, they are separated.
There is price development between them, and the Fair Value Gaps are separated by smaller market retracements rather than forming one consecutive sequence.
The structure becomes:
Filters Passed → Liquidity Taken → Valid CHoCH → Displacement → Three Separated Fair Value Gaps → 3G
This is what distinguishes 3G from 3CG.
3G contains three separated qualifying Fair Value Gaps.
3CG contains three consecutive qualifying Fair Value Gaps.
All other strategy rules remain the same.
Executing Three Gap Setup (3G)
Once three separated qualifying Fair Value Gaps have developed and the configuration is classified as 3G, the middle Fair Value Gap is used as the execution zone.
Using the same chronological formation order:
Fair Value Gap 1 → Fair Value Gap 2 → Fair Value Gap 3
the execution zone is Fair Value Gap 2.
The Xcelerate Trade rule for 3G is:
Three separated qualifying Fair Value Gaps → Execute from the middle Fair Value Gap
We do not select one of the three gaps based on which Entry appears more attractive on an individual chart.
Once the structure has been classified, we apply the corresponding execution rule consistently.
The complete sequence is:
Filters → Liquidity → CHoCH → Displacement → Three Separated Fair Value Gaps → 3G → Middle Fair Value Gap → Retracement → Entry
The same rules for structural Stop Loss, planned Risk, Position Size and Take Profit continue to apply.
Three Consecutive Gap Setup (3CG)
The second three-gap configuration is Three Consecutive Gap Setup.
As with every setup in this chapter, we do not begin with the Fair Value Gaps.
The relevant Filters must be passed, Liquidity must be taken, a valid CHoCH must develop, and clear Displacement must follow.
Within that Displacement, three qualifying Fair Value Gaps form consecutively.
Each develops directly after the previous one as part of the same Displacement sequence, without the separation that would characterize 3G.
The structure is:
Filters Passed → Liquidity Taken → Valid CHoCH → Displacement → Three Consecutive Fair Value Gaps → 3CG
The defining characteristic is therefore not simply the presence of three Fair Value Gaps.
It is the fact that all three are consecutive.
Executing Three Consecutive Gap Setup (3CG)
Once the structure has been classified as 3CG, the middle Fair Value Gap becomes the execution zone.
Throughout this lesson, the Fair Value Gaps are numbered according to the chronological order in which they form during the Displacement:
Fair Value Gap 1 → Fair Value Gap 2 → Fair Value Gap 3
The middle Fair Value Gap is therefore Fair Value Gap 2.
The Xcelerate Trade rule for 3CG is:
Three consecutive qualifying Fair Value Gaps → Execute from the middle Fair Value Gap
This rule comes from the historical testing used to develop the strategy.
If the middle Fair Value Gap is unusually large, execution may be refined toward its midpoint rather than automatically using the edge of the gap.
This is not an absolute rule, but a refinement derived from the historical testing behind the strategy.
Once price retraces into the designated execution area according to the strategy rules, the position can be executed.
The Stop Loss remains based on structural invalidation: below the relevant structural Low for a Buy or above the relevant structural High for a Sell, with a small buffer where appropriate.
Position Size is then calculated according to the planned Risk and the actual Stop Loss distance.
The complete sequence is:
Filters → Liquidity → CHoCH → Displacement → Three Consecutive Fair Value Gaps → 3CG → Middle Fair Value Gap → Retracement → Entry
3G vs. 3CG - The Structural Difference
The distinction follows the same classification logic established for TG and TCG.
For 3G:
Three separated qualifying Fair Value Gaps → Middle Fair Value Gap
For 3CG:
Three consecutive qualifying Fair Value Gaps → Middle Fair Value Gap
The difference between the two setups is therefore structural.
3G contains three separated Fair Value Gaps.
3CG contains three consecutive Fair Value Gaps.
In both cases, the middle Fair Value Gap is used as the execution zone.
Unlike TG and TCG, where the structural distinction also changes which Fair Value Gap is selected for execution, the distinction between 3G and 3CG changes the setup classification but not the primary execution Fair Value Gap.
This is important because classification is not useful only when it changes the Entry.
It also allows us to document structurally different configurations separately and evaluate how they behave across a larger sample.
From One Gap to Three Gaps
At this point, the logic behind the gap-based setups should be becoming clearer.
OSG contains one qualifying Fair Value Gap.
TG and TCG contain two qualifying Fair Value Gaps and differ according to whether those gaps are separated or consecutive.
3G and 3CG contain three qualifying Fair Value Gaps and follow the same structural distinction.
The objective is not to search for a preferred number of Fair Value Gaps.
We allow the structure to develop within the conditions required by the strategy and classify what the market produces.
The same principle we have reinforced throughout the Academy continues to apply:
The strategy conditions come first. The setup classification comes afterward.
3G and 3CG in the Xcelerate Trade Historical Sample
The statistics used throughout this chapter come from approximately 2,000 historical setups identified, documented, analyzed, and classified within the Xcelerate Trade trading journal.
Together, Three Gap Setup and Three Consecutive Gap Setup represented approximately 4% of the classified configurations within that sample.
Their combined observed Win Rate was approximately 50%.
This makes them considerably less frequent than the setups studied earlier in the chapter and gives them the lowest observed Win Rate among the execution setups presented so far.
That does not make them invalid setups.
It means that their historical profile is different.
A 50% observed Win Rate should also not be interpreted in isolation.
The outcome of a trading strategy depends not only on how often trades win, but also on the relationship between realized gains and realized losses across the complete sample.
The Xcelerate Trade Strategy requires a minimum planned Risk : Reward Ratio of 1:2 when defining a trade. However, a planned Risk : Reward Ratio alone does not guarantee positive realized expectancy.
The historical Win Rate presented here describes what occurred within the documented sample. It does not guarantee the outcome of future 3G or 3CG setups.
These statistics also include the broader contexts in which these setups were identified within the strategy dataset, rather than only HOD / LOD examples.
A Practical Example
Consider a potential bearish setup.
The relevant Filters are passed and HOD / BSL is taken.
A valid bearish CHoCH develops, followed by Displacement.
Three qualifying Fair Value Gaps form during the relevant move.
Before thinking about Entry, we determine how those gaps are arranged.
If the three Fair Value Gaps are separated, the configuration is classified as 3G.
If all three are consecutive, the configuration is classified as 3CG.
In both cases, Fair Value Gap 2, the middle Fair Value Gap in chronological formation order, becomes the execution zone.
We then wait for the required retracement and execute according to the strategy rules.
The Stop Loss is placed above the relevant structural High, with a small buffer where appropriate, and Position Size is calculated according to the planned Risk and actual Stop Loss distance.
We first identify the number of qualifying Fair Value Gaps, then determine their relationship to classify the setup correctly.
Only after that do we apply the execution rule.
Your Turn
Open a historical SPX500 chart and identify examples in which three qualifying Fair Value Gaps developed after the required strategy conditions aligned.
For each example, number the Fair Value Gaps according to their chronological formation order:
Fair Value Gap 1 → Fair Value Gap 2 → Fair Value Gap 3
Then determine whether they are separated or consecutive.
Classify each example as 3G or 3CG and mark:
· the Liquidity taken;
· the CHoCH;
· the Displacement;
· all three qualifying Fair Value Gaps;
· the setup classification;
· the middle Fair Value Gap used for execution;
· the Entry;
· the structural Stop Loss.
Include both winning and losing examples in your trading journal.
Do not search specifically for 3G or 3CG simply because they are the subject of this lesson. They are relatively rare configurations.
The objective is to recognize and classify them correctly when they appear.
Xcelerate Trade Perspective
As the number of Fair Value Gaps increases, it can be tempting to make the analysis more complicated.
The strategy does not require that.
The same foundation remains in place.
We validate the strategy conditions first.
We observe the structure that develops.
We determine how many qualifying Fair Value Gaps have formed and how they are arranged.
Then we classify the setup and apply its execution rule.
3G and 3CG appear less frequently than the setups studied earlier, and their historical Win Rate within our sample is lower.
That is precisely why documentation matters.
We do not exclude a valid setup because of one losing trade, and we do not give a rare setup greater importance because of one exceptional winner.
We evaluate recurring structures through consistent rules and documented evidence.
The objective is not to force the market to produce the setup we want.
It is to recognise the setup the market has actually produced and apply the rules associated with it consistently.
In the next lesson, we move beyond the gap-count classifications and study the most frequently identified setup in our historical sample: Second Leg Setup (SLG).