The TTM Squeeze beat buy & hold on 10 of 47 famous assets
A setup that looks loaded is still only a setup until it is tested — and nothing on a chart looks more loaded than a squeeze. When the Bollinger Bands pull inside the Keltner channel the range goes quiet, a coiled spring, and the story writes itself: the longer the calm, the bigger the move to come. But a squeeze measures only one thing — how quiet the range has been — and says nothing about which way price will break. So here it is on the asset you care about: it goes long the moment the squeeze releases while a linear-regression reading of momentum points up, and steps back to cash when the squeeze re-forms or that momentum fades, costs charged on every trade, every signal waiting for its bar to close, the benchmark always just buying and holding the same asset. The direction is a guess bolted onto a volatility reading, and only the upward break is taken though a squeeze resolves either way. Here is the whole glass: every famous asset, every winner and every loser.
So — does the TTM Squeeze work?
On the honest evidence: mostly, no. Across the 47 famous assets with enough trades and history to judge, the squeeze-release rule beat buy & hold on 10 of them — 21%, so 37 of the 47 did better simply held. That's below the 26% we measure across every strategy on every asset — so the squeeze does worse than a rule picked at random, not better. The typical squeeze run didn't win either: its median result came in at -68 pts versus buy & hold over the window. A handful of real winners exist — that's exactly why the question is worth asking honestly — but a beat on this panel is inflated by survivorship, by a mostly-trending set of names, and by the many variants you could have tried; a loss counts against the rule in a way a win does not count for it. The burden of proof is on the rule, and “the chart was coiled and then it ran” is not that proof.
These are famous names that still trade today. Assets that delisted, went bankrupt or (for crypto) died or were rug-pulled aren't in the set (survivorship bias) — and that history isn't available from the free public data this tool runs on — so this rate isn't a representative base rate for every asset that has ever traded.
Where it shone, where it died
Forget the headline average for a moment — the honest signal is in the spread. One unchanged squeeze rule turns into a triumph on one asset and a wreck on the next, decided entirely by which asset you happened to point it at, and by whether the release it bought kept going or snapped straight back.
Dogecoin — the squeeze beat buy & hold by +170 pts here. A breakout rule looks brilliant when a quiet range releases into a clean, sustained move: the rule got long as volatility expanded and rode it. That is as much a statement about that asset's move as about the squeeze's skill — you couldn't have known in advance which release would run and which would fizzle.
Nvidia — the squeeze came in -1121 pts behind buy & hold. A squeeze is silent on direction, so an upward release that was really a false one hands the rule a long right as price turns down; and in a choppy stretch the range compresses and releases over and over, buying a string of breakouts that snap back, paying costs on every one — the classic way a breakout rule bleeds when the break doesn't follow through.
That inconsistency is the answer to “does the TTM Squeeze work”: the outcome belongs to the asset and whether its release followed through, not to the indicator. The squeeze can help where a quiet range breaks into a clean move and hurt badly where the break fails — and nothing in the compression tells you which future you're about to get.
Why the TTM Squeeze looks like it always works
- • You get shown the one chart where the coil released your way. Choosing the asset and the dates after you already know the squeeze fired into a big move is hindsight dressed up as proof. The whole glass above is what's left when you can't choose.
- • A squeeze is silent on direction. The dots-and-histogram picture makes it feel like a loaded setup pointing somewhere, but all the squeeze measures is that the range went quiet; the direction is a separate momentum guess bolted on, and it whipsaws at the band edge — a coil can release down as readily as up.
- • The costs are usually hidden. Ranges compress and release repeatedly, so the rule re-enters again and again — and every entry and exit pays fees and slippage. The friction was always real; most demos just leave it out.
- • A breakout rule needs the breakout to follow through. The squeeze's core assumption — that an expansion out of a quiet range keeps going — simply fails on a false release, where it buys the pop and gives it back. The same failure shows up on every choppy worst-case asset.
- • The few wins cluster where things moved hardest — crypto. Split the live scoreboard by asset class and the handful of beats bunch up in crypto: the squeeze cleared buy & hold on 6 of 11 crypto but only 4 of 36 stocks. That isn't an edge in the rule — it's a handful of assets whose releases ran far enough to carry it, which you can't know in advance.
Nothing here is filtered — every squeeze run is public, the wins sitting right next to the wrecks. Read the full TTM Squeeze scoreboard, then point the rule at the asset you actually care about and watch which side of the line it lands on.
Figures are computed live from simulated backtests over roughly the last five years and update as new bars close. “TTM Squeeze” here is the standard rule — Bollinger Bands (20, 2σ) compressed inside Keltner Channels (20, 1.5× ATR) on a shared moving average, going long on the release while a linear-regression momentum is positive; other settings behave differently, which is the point — you can test any of them yourself. Past performance is not a reliable indicator of future results. This is an educational, analytical tool — not investment advice, and not a recommendation to buy or sell anything. You make all decisions and execute on your own broker.