Video summary
ICT Mentorship Core Content - Month 05 - Quarterly Shifts & IPDA Data Ranges
Main summary
Key takeaways
Main Ideas / Concepts Taught
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Macro analysis framework (Lesson 1.1): The video focuses on “quarterly shifts” and using IPDA data ranges (time/data windows) to anticipate where price is likely to move next.
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Markets are not random (speaker’s belief):
- The speaker argues markets are engineered/controlled (especially in FX), not random.
- They claim predictability is demonstrated by repeatedly calling specific price levels “to the pip.”
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Central Bank / algorithmic control concept (EPTA):
- A price-delivery engine (described as operating at interbank/central bank levels with “EPTA data ranges”) is said to work within predefined daily ranges, with occasional deviations.
- The goal of the teaching is to understand those data ranges by identifying which reference highs/lows the algorithm uses.
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Quarterly Market Structure Shift (every ~3–4 months):
- The speaker reminds viewers that market direction can change every three to four months.
- Traders should always view price at a macro level using multiple time frames:
- monthly → weekly → daily
- Even within a primary uptrend/downtrend, expect intermediate-term retracements.
- For long-term traders, the recommendation is to reduce emotion and manage positions:
- take partial profit / reduce exposure,
- wait for retracement,
- then re-add to capitalize on continued movement.
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Smart money behavior as the lens:
- The methodology tries to mimic how “smart money” allocates capital.
- Two key program types on the daily chart:
- Buy programs (accumulation)
- Sell programs (distribution)
- Each program is defined through relative manipulation of an “underlying” versus a “benchmark.”
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Underlying vs Benchmark relative signals:
- Core logic: identify where the benchmark and the underlying form different higher/lower high/low patterns—suggesting manipulation and likely direction.
- The underlying is what you trade (e.g., a currency pair).
- The benchmark is used to measure/confirm manipulation (e.g., an index).
Methodology / Instruction-Style Content
A) Plan the quarterly shift using “look back” and “cast forward”
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Step 1: Choose the quarterly “marker” date
- Use the previous closed calendar month as the beginning reference.
- The marker is typically the first trading day of that most recent closed month.
- Example: studying in January 2017 means the marker starts from December 1, 2016.
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Step 2: Draw a vertical line at the marker
- Place a vertical line at the marker date (first trading day of that month).
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Step 3: Perform the “look back”
- From that vertical line, look left using trading-day windows:
- 60 trading days
- 40 trading days
- 20 trading days
- The windows are used because the algorithm is said to “reach back” about three trading months (with variability).
- From that vertical line, look left using trading-day windows:
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Step 4: Identify institutional reference points inside those windows
- Within the last 60/40/20 trading days left of the marker, search for:
- old price highs / old price lows
- liquidity pools resting above/below those levels
- rejection blocks
- “above the bodies” for sell-off setups (top/wick behavior)
- “below the bodies” for sell-side liquidity (bottom/wick behavior)
- references such as:
- order blocks
- fair value gaps
- liquidity voids
- (also mentioned) pool shoulder blocks
- Within the last 60/40/20 trading days left of the marker, search for:
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Step 5: Determine direction of “institutional order flow”
- Over the look-back span (left side), decide whether institutional behavior was:
- collectively bullish (framed via important intermediate lows and structure), or
- collectively bearish (framed via important intermediate highs and structure)
- The marker is then treated as “anchored” to a previous market structure shift.
- Over the look-back span (left side), decide whether institutional behavior was:
B) Do the “cast forward” to anticipate the next shift window
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Step 6: Cast forward using the same window logic
- From the vertical line, look right (future direction) for likely shift timing:
- expected within 20–60 trading days
- The exact window depends on where the last structure shift occurred:
- If the last shift was ~40 days left → cast forward 40 days
- If the last shift was ~20 days left → cast forward 60 days
- described as using a 60-day common denominator
- From the vertical line, look right (future direction) for likely shift timing:
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Step 7: Expect setups to occur within that data range
- The model implies the market may:
- fill a liquidity void,
- revisit institutional reference levels,
- and produce measurable timing/price behavior (i.e., not random).
- The model implies the market may:
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Step 8: Use MT4 practical guidance (as described)
- On MT4, draw/anchor a trendline to the vertical line and drag it to get the numeric spacing corresponding to 20/40/60 windows.
C) Daily “smart money” confirmation via Buy Programs / Sell Programs
- Trade focus time frame: The approach emphasizes the daily chart (nothing less than daily for the described program-condition checks).
Buy Programs (Accumulation)
- The speaker presents configurations based on Benchmark vs Underlying making higher/lower highs/lows.
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Key examples (as stated):
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Benchmark lower low & Underlying higher low → bullish accumulation expectation
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Underlying lower low & Benchmark lower high (inverse correlated example) → underlying going under an old low to scoop sell-side liquidity → “turtle soup long”
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Benchmark higher high & Underlying higher low → relative strength in the underlying → “turtle soup cell” (mentioned in this context)
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Benchmark lower low & Underlying lower high → described as complex; includes “sell stops below an old low” liquidity-sweep logic (underlying weakness vs benchmark behavior)
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Sell Programs (Distribution)
- Again using Benchmark vs Underlying higher/lower high/low combinations.
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Key examples (as stated):
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Benchmark higher high & Underlying lower high → cell program (heavy distribution) expectation
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Underlying higher high & Benchmark lower low → underlying reaching for liquidity while benchmark fails expected lows → distribution logic
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Benchmark lower low & Underlying higher low → continuation lower expectations are discussed, with emphasis on liquidity-sweep mechanics (inverse strength/weakness logic depending on which is “underlying”)
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Additional example scenarios are provided using currency pairs vs index behavior.
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Note: The speaker’s wording in several places is confusing/overlapping; the repeated structural idea is “relative manipulation signals” using underlying vs benchmark higher/lower highs/lows.
What the Quarterly Shift Is Supposed to Achieve
- Create a repeatable macro structure for the next 3–4 months.
- Provide:
- where liquidity is likely resting (from the look-back)
- when the next revisit/setup timing is most probable (from the cast forward)
- Reduce “randomness thinking” by using:
- identifiable market structure breaks
- predictable institutional reference points
- measured time windows (20/40/60 trading days)
Homework / Practice Instructions Included
- The speaker assigns a self-practice task:
- Go through your own charts and repeat the look back + cast forward exercise.
- Example prompt: if analysis starts in July 2016, do the same mapping.
- They also warn viewers:
- Don’t email questions immediately.
- Wait for the month’s content to clarify.
Speakers / Sources Featured
- Speaker: The primary instructor (one individual; not named in the subtitles).
- Video source: “ICT Mentorship” (series title referenced), with no other named external speakers or institutions.
- Tools mentioned (as concepts/tools, not additional speakers):
- MT4 (MetaTrader 4)
- Central Bank (as a concept/source of control)
- interbank price delivery engine (EPTA)
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