Hull Moving Average vs Ichimoku
The hull moving average is a single reduced-lag line built by differencing weighted averages, and it always points somewhere. Ichimoku is a five-component framework whose cloud has a middle state, so it can say that price is in no trend at all.
One of these is the fastest line in common use. The other is a framework with five parts. They get compared as trend tools, but the interesting difference is not speed — it is that one of them has a way of saying nothing is happening and the other does not.
What each one is
The hull moving average is one line, built by differencing weighted averages so that lag comes out and the line turns early. The hull moving average covers the construction and what the differencing costs.
Ichimoku draws five things: two fast lines taken from the midpoints of recent ranges, a shaded band projected forward in time, and a lagging line plotted behind price. Ichimoku covers each component and which of them do independent work.
They are not built from the same measurement. Every moving average, hull included, is some weighting of closes. Ichimoku’s components are midpoints of highs and lows, whereas a close is a single number that says nothing about how far the bar travelled.
Where they differ
Whether the tool can say nothing. The hull is always sloping up or down. Ichimoku has price inside the cloud, which is an explicit no-trend reading rather than a weak one. On this site’s shared series direction runs average 2.01 bars with a longest of 11, so the no-trend condition is not an edge case — it is most of the chart.
Level against zone. The hull is a price. The cloud is a region with a top and a bottom, so crossing it is a process rather than an event, and the width of the band is itself a measurement of how much disagreement is stored in the recent range.
Backward against forward. Ichimoku shifts its cloud ahead of price, so today’s chart already shows where the band will sit some bars from now. Nothing in the moving average family does this, and it turns a level into something you can see coming.
Whether the line can leave the price range. The hull can. Differencing two averages produces a value that no close in the window supports, which is exactly the mechanism that removes the lag. Every ichimoku component is a midpoint of prices that actually printed, so none of them can do that.
Where they agree
Both are computed from bars that have already closed. The cloud’s forward shift is a forward drawing of past information rather than a forecast, and the hull’s early turn is early relative to a slower average rather than to price.
Both fail in a range, though only one of them admits it. The hull whips; ichimoku goes quiet and holds price inside the band.
Both cost a round trip when acted on — 0.0098 on this series, about 2% of the median bar range of 0.493 — and the hull produces far more occasions to pay it.
And neither supplies a stop. The ninetieth percentile bar range here is 1.101 and the largest single bar spanned 2.338, which is what a stop at either the line or a cloud edge is up against.
Which one to use
Run ichimoku when you need the tool to filter conditions. If your problem is taking trades in chop — and for most people it is — a framework that says price is inside the cloud is doing the one job a moving average cannot do at any speed.
Run the hull when the condition is already settled and you want the earliest read inside it. Above your own structure work, or above the cloud, a fast line turning is a useful trigger — the condition filter has already been applied by something else.
Run ichimoku when you want fewer things on the chart, which is not a typo. Five components that answer one question each beat one component you have to interpret five ways, whereas a single fast line requires you to supply the range filter, the volatility read and the exit from your own judgment.
And when you are deciding which to learn first, take ichimoku. The hull teaches you lag; ichimoku teaches you conditions, and conditions are the thing that decides whether the lag mattered.
Why declining to answer is the harder feature
Because an indicator that always answers gets acted on in conditions where it has nothing. A slope is a slope whether it came from a trend or from three noisy bars, and the tool gives you no way to distinguish them.
And because thin conditions make a fast line more decisive rather than less. Fewer, wilder bars produce steeper slopes, so the hull is most emphatic exactly where its input is worst.
The original data
Of the 24,971 unique videos in the search corpus, one title contains both — and it combines them into a strategy rather than choosing between them, at 39 views. Separately, ichimoku appears in 151 titles at a median of 10,245 views across 99 channels, and the hull in 83 at a median of 1,923 across 67.
Five times the median audience, on roughly twice the videos. The lesson in those numbers is not that ichimoku is better — it is that the framework question draws an audience the lag question does not, and the hull is recommended considerably more often than it is sought out.
On the chart above, inside the band is the stronger reading. The line turning up inside a no-trend zone is the fast tool doing what it always does, which is produce a slope from whatever bars it has.
When it fails
The characteristic failure is treating the cloud’s middle as an absence of signal and reaching for the hull to fill it. That is precisely backwards. Price inside the band is a reading — the tool has measured the recent range and found no direction in it — and substituting a line that cannot express that condition does not add information, it removes the only piece you had. The trades taken this way are all taken in chop, which is where the hull’s overshoot is largest and its turns are most frequent.
A second failure is running both as confirmation. They share their price history and lag differently, so they agree in trends and disagree in ranges, which is the least useful possible pattern.
A third is porting ichimoku’s default periods to intraday charts unexamined. They were chosen for daily candles on a six-day trading week, and neither condition holds.
A fourth is stopping at the hull line, which can sit outside the price range entirely.
And a fifth is judging either on a trending sample. Both look excellent in a sustained move, and that is the condition neither of them is tested by.
Related
The hull moving average covers the reduced-lag construction and the overshoot it buys. Ichimoku covers the five components and the middle state. And moving average covers the family the hull belongs to.
The most useful thing an indicator can do is decline to answer, and almost none of them can. A moving average of any speed always points up or down, so it produces a reading in conditions where there is nothing to read, and you have to supply the judgment it cannot.
— Michael Whitman
This page is educational, not financial advice. Test every idea on your own charts before risking money.