TCT mentorship - Lecture 2 | Ranges

Understanding Ranges in the TCT Framework

The lecture explains how to identify, draw, and interpret price ranges as a foundation for later TCT concepts. Ranges and their deviations matter because markets often pause after strong moves, and TCT setups are built around those pauses and price reactions at range boundaries.

What a Range Is and Why It Matters

A range is a period when price moves sideways rather than continuing in a clear trend. It is also described as a consolidation.

After a sharp upward or downward move, price may consolidate as buying and selling activity becomes more balanced. The market may then continue in the same direction or reverse. A range should be understood as a horizontal trading area, not automatically treated as a new trend.

How to Draw and Confirm a Range

The direction of the prevailing trend determines how to draw the range:

• In an uptrend: Draw from the range high down to the range low.
• In a downtrend: Draw from the range low up to the range high.

The range is confirmed when price returns to its equilibrium—the midpoint, or 0.5 Fibonacci level—from the appropriate direction. Range confirmation differs from confirming a new market-structure high or low: a range can be confirmed at the equilibrium touch before the broader structure is confirmed.

The instructor also applies a six-candle rule on the timeframe being analyzed:

• Look for two candles moving in one direction, two in the opposite direction, and then two back in the original direction.
• The sequence must produce a valid structure and the required return to range equilibrium.
• Check the highest timeframe on which the range is valid. A move that looks like a breakout on a lower timeframe may be only a wick or failed breakout on a higher one.

Range Deviations and Breakouts

A deviation occurs when price moves beyond a range high or low but fails to establish a sustained breakout and returns into the range.

A wick beyond the boundary is a simple example; by itself, it does not establish a structural break. A “bad breakout”—where price breaks a boundary but quickly closes back inside—can also count as a deviation.

A deviation from the range high may be followed by a move toward the range low, while a deviation from the low may be followed by a move toward the high. These are possibilities, not guarantees. The lecture distinguishes deviations from genuine structural breaks, which may support continuation rather than reversal.

The Deviation Limit (DL)

The instructor introduces a 30% deviation limit as a guideline for judging whether a move beyond the range is still plausibly a deviation.

• Set the limit at 30% of the range’s height above the high and below the low. The instructor describes configuring the Fibonacci tool with levels 1.3 and -0.3.
• If price moves beyond a range boundary but does not close beyond the corresponding limit, it can still be treated as a deviation.
• If price returns inside the range after deviating, extend the range boundary to the maximum excursion and recalculate the limit using the enlarged range.
• If the limit overlaps a supply or demand area, allow for that area. The instructor advises placing the limit slightly beyond the supply zone or below the demand zone, since price may react within the zone.

The 30% limit is presented as a practical guideline, not a universal guarantee. The instructor advises using judgment and accounting for the timeframe and nearby zones.

Timeframe Considerations

Higher-timeframe ranges may have deeper, slower deviations. Price can spend longer beyond a boundary before returning.

On lower timeframes, the instructor expects deviations to be faster and cleaner—such as a wick or a prompt return inside the range—because lower-timeframe trading is considered riskier.

A lower-timeframe move that appears to be a breakout should be checked against the highest timeframe where the range is valid. It may be a genuine lower-timeframe break but only a wick or failed breakout on the higher timeframe.

Nested Ranges and Internal Rotations

Ranges can exist inside other ranges, and different market-structure levels can produce different ranges on different timeframes. A large range may contain smaller ranges, each with its own boundaries, equilibrium, and deviations.

When price moves sideways inside a range, it may rotate repeatedly between the premium area (above equilibrium) and the discount area (below equilibrium). Rather than forcing a full market-structure reading onto every sideways movement, focus on the most recent directional impulse or rotation. Use the structure of that latest move to analyze the next local range.

The instructor’s Bitcoin and Solana examples illustrate how ranges can be layered across timeframes. In the TCT approach, higher-timeframe ranges and structure are generally more significant than lower-timeframe ones.

Choosing Ranges Rationally

A range can satisfy the formal rules but still be a poor or misleading interpretation.

• Favor price action that genuinely looks sideways and stretched out.
• Be cautious of sharp, narrow, V-shaped movements that look more like an aggressive trend than consolidation.
• When both a higher-timeframe range and a cleaner lower-timeframe range are technically possible, compare their shapes and context rather than following rules mechanically.
• A lower-timeframe range may provide a clearer interpretation and later become part of a larger range as price action develops.

Main Takeaway

Identify the relevant trend and timeframe, draw the range in the correct direction, confirm it at equilibrium, assess deviations using price closes and the DL guideline, and compare the setup with higher-timeframe structure. These skills provide groundwork for later TCT lessons on supply and demand and trading schematics.

Speakers and Sources

• Speaker: One TCT mentorship instructor or presenter; no name is given in the subtitles.
• Sources and examples: Bitcoin and Solana price charts; the TCT trading framework and its range, market-structure, supply-and-demand, and schematic concepts.
• Other speakers: None identifiable in the subtitles.