Composite & famous

TTM Squeeze · TTM

John Carter's volatility-compression signal — Bollinger Bands inside Keltner Channels flag a coming breakout.

Works in most conditionsEngine-computed on a fixed sample series
14512096Price above Upper = strengthPrice below Upper = weaknessUpper acts as support / resistance
UpperMiddleLowerHow to read TTM on the chart — the callouts mark what to look for.

The formula

Bollinger Bands are built from standard deviation; Keltner Channels from Average True Range. When both Bollinger Bands move inside the Keltner Channels, range has compressed to an extreme (the squeeze is on). When the bands push back outside, the squeeze has fired and volatility is expanding. A momentum oscillator plotted underneath suggests the likely direction.

Squeeze ON when both Bollinger Bands sit inside the Keltner Channels (upper BB < upper KC and lower BB > lower KC)
Worked example
BandUpperLower
Bollinger (2σ)104.096.0
Keltner (1.5 ATR)105.095.0

Bollinger (104.0 / 96.0) sits inside Keltner (105.0 / 95.0) → squeeze ON, a breakout is brewing.

What it is

The TTM Squeeze is a volatility-compression signal created by John Carter that flags when a market is coiling up for a potential breakout. It works by comparing two volatility envelopes: Bollinger Bands, which widen and narrow with standard deviation, and Keltner Channels, which widen and narrow with average true range. To a beginner it answers: is this market being wound tight like a spring, and if so, which way is pressure leaning? When the Bollinger Bands contract inside the Keltner Channels, volatility has compressed to an extreme — the squeeze — and a big move often follows once that energy releases. A momentum histogram plotted beneath hints at the likely direction of the eventual break. The key idea is that markets alternate between quiet compression and explosive expansion, and the squeeze catches the transition.

How it's calculated

Three components combine to make the TTM Squeeze. First, Bollinger Bands are drawn around a 20-period moving average at two standard deviations, so their width reflects statistical volatility. Second, Keltner Channels are drawn around the same average at a multiple — commonly 1.5 — of the average true range, so their width reflects typical trading range. The squeeze condition is a simple comparison: when both Bollinger Bands slip inside the Keltner Channels, volatility has contracted so far that the standard-deviation envelope is narrower than the ATR envelope, and the squeeze is on. Third, a momentum oscillator, built from a linear regression of price relative to the average of the recent range midpoint and the moving average, is plotted as a histogram to indicate directional pressure. The interplay of the two envelopes defines the squeeze, and the histogram interprets the lean. All three update bar by bar.

Reading it step by step

The signal is usually shown as a row of dots on a zero line: red dots mean the squeeze is on, with Bollinger Bands compressed inside the Keltner Channels and volatility coiled; green dots mean the squeeze has fired, the bands have expanded back outside the channels, and volatility is releasing. You wait through the red-dot compression and act when the first green dot prints, because that marks the moment the spring lets go. The momentum histogram supplies direction: its colour and slope as the squeeze releases suggest whether pressure is leaning up or down — rising histogram bars above zero favour an upside break, falling bars below zero a downside break. A longer run of red dots means a tighter, longer compression, which often precedes a larger move. Read the dots for timing and the histogram for direction, together.

Reading the signals on the chart

14512096
UpperMiddleLowerThe ▲/▼ marks flag where price most recently crossed the line — the cues a trend-follower would act on.

Best timeframes

  • Scalping1m – 5mmany fires
  • Day trading5m – 15m
  • Swing1h – Dailycleaner setups
  • PositionDaily – Weeklylonger squeezes

Longer squeezes tend to precede larger moves; the tool predicts expansion, not direction, so lean on the momentum histogram and confirm the break.

TTM Squeeze vs its building blocks

TTM SqueezeBollinger BandsKeltner Channels
Width fromBB vs KCStd deviationATR
SignalsCompression + fireVolatilityVolatility / trend
Direction cueMomentum histogramNoMidline slope
Main useBreakout timingRange / extremesTrend channel

Common price-action setups

How the signal typically plays out on the chart.

Squeeze fires up

Hold fire during the red-dot compression, then enter as the first green dot prints with the momentum histogram rising — target a measured move off the pre-breakout range.

Buy the fire
Volatility expands up
Breakout long

Price breaks the top of the coiled range as the squeeze releases and momentum is positive — buy the break with a stop back inside the range.

Buy the break
Bullish breakout
Breakdown short

The squeeze fires with the histogram below zero and price breaking the range low — short the breakdown with a stop back inside the range.

Sell the break
Bearish breakout

Best timeframes and settings

The TTM Squeeze works on every timeframe, from intraday charts for day traders to daily and weekly charts for swing and position traders, because volatility cycles occur at all scales. The default settings mirror their components — a 20-period basis, Bollinger Bands at two standard deviations, and Keltner Channels at 1.5 ATR — and these are a sensible starting point. Tightening the Keltner multiplier or widening the Bollinger deviation makes the squeeze harder to trigger, yielding fewer but more extreme compressions; loosening them triggers the squeeze more readily but with less significance. Shorter basis lengths make the whole tool more responsive and noisier, longer ones slower and steadier. Higher-timeframe squeezes tend to precede larger, more tradable moves, while intraday squeezes fire more often with smaller follow-through. Match the settings and timeframe to the size of move you are hunting.

When and where to use it

The squeeze is regime-agnostic in that compression can occur within both trending and ranging markets, but it is fundamentally a transition tool — it tells you a quiet period is likely to give way to an active one. It is most valuable after a market has gone dull and sideways, coiling into a tight range, which is exactly when a breakout is being set up. It applies across all liquid asset classes, and its popularity is especially high among futures and options traders who care about volatility expansion. Avoid treating it as a directional signal in itself, because it predicts expansion, not which way. It is less useful in a market that is already moving violently, where volatility is high and no squeeze exists. Use it to anticipate the next burst of movement and to be ready before it happens.

Strategies that use it

The core strategy holds fire during the red-dot compression and enters as the first green dot prints, siding with the momentum histogram — long if the histogram is rising and above zero, short if it is falling and below — with a stop on the opposite side of the pre-breakout range. Measured-move or Fibonacci-extension targets projected off the height of the compressed range set a realistic exit. A confirmation variant waits not just for the first green dot but for price to break the high or low of the squeeze range in the histogram's direction, filtering out false starts at the cost of a slightly later entry. A multi-timeframe variant looks for a higher-timeframe squeeze firing in the same direction as a lower-timeframe entry, stacking the odds. In all versions the histogram picks the side and the range frames the stop. Trailing the stop as the expansion runs locks in the move.

Combining it with other indicators

The TTM Squeeze is itself a composite of Bollinger Bands, Keltner Channels, and average true range, so those underlying tools are already inside it rather than additions. It pairs well with independent momentum confirmation — a MACD or RSI agreeing with the histogram's direction strengthens the breakout read. Volume is a valuable partner, since a squeeze firing on expanding volume is far more convincing than one on quiet volume. Support-and-resistance and trendlines give the breakout a structural context, so a squeeze releasing through a key level is higher-odds than one firing in mid-range. Market structure and higher-timeframe trend help you favour breakouts in the direction of the larger move. The closely related Squeeze Momentum indicator is an alternative presentation you would use instead of, not alongside, the TTM version.

Where it fails

The squeeze predicts expansion, not direction, so its central failure mode is the false break — a naive entry on the first green dot can be caught when price fires one way and then reverses, especially if the histogram was ambiguous. Longer squeezes often precede bigger moves, but there is no guarantee the first thrust out of the compression is the real one, and initial head-fakes are common. In choppy conditions a squeeze can fire weakly and stall, trapping breakout traders. Relying on the histogram alone for direction can mislead when momentum is marginal. The classic mistakes are entering before the squeeze actually fires, ignoring the direction of the larger trend, and using no confirmation. Avoid them by waiting for the first green dot rather than anticipating it, aligning entries with the higher-timeframe trend and with volume, and confirming the histogram's lean with an independent momentum tool or a break of the range.

A worked example

Imagine a stock that has drifted sideways between 98 and 102 for three weeks, and on the daily chart the TTM Squeeze shows a run of red dots as the Bollinger Bands contract well inside the Keltner Channels — volatility coiled tight. Over those weeks the momentum histogram gradually shifts from slightly negative to rising and turning positive, hinting pressure is building to the upside. On the fourteenth red-dot day the compression finally releases: the first green dot prints, the Bollinger Bands expand back outside the Keltner Channels, and the histogram is rising above zero. You go long as price clears the 102 top of the range at 102.30, siding with the bullish histogram, and place a stop at 97.80 just below the range low, risking about 4.50. Projecting a measured move equal to the roughly 4-point range height gives a first target near 106.30, and price expands to 107 over the next week, letting you take partial profit and trail the stop up behind the breakout as the released volatility carries the move.

Common mistakes

  • Treating the squeeze as a direction call — it predicts expansion only, so a naive entry can be caught by a false break.
  • Entering during the red-dot compression instead of waiting for the release.
  • Ignoring the momentum histogram, which is your only directional hint.
  • Assuming the first thrust out of the squeeze is always the real move.
  • Skipping a target plan; measured-move or Fibonacci-extension exits keep it realistic.
  • Forgetting that longer squeezes can precede bigger moves but never guarantee them.