With the Ichimoku Cloud, traders can assess trend direction, momentum, and support and resistance levels together. Also called Ichimoku Kinko Hyo, this technical analysis indicator was developed by Japanese journalist Goichi Hosoda in the 1930s and published in 1969. Its name translates to "one-look equilibrium chart."
There are 5 lines in the Ichimoku Cloud: 1) the Conversion Line, 2) the Base Line, 3) Leading Span A, 4) Leading Span B, and 5) the Lagging Span. Traders assess the trend at a glance using the cloud, the area enclosed by Leading Span A and Leading Span B.
What Does the Ichimoku Cloud Show?
As a trend-following indicator, the Ichimoku Cloud places 5 lines on a price chart to assess trend direction, momentum & support and resistance. These lines allow traders to evaluate 1) the trend, 2) momentum, and 3) support and resistance levels at a glance, explaining the name "one-look equilibrium chart".
After developing the Ichimoku Cloud in the 1930s, Japanese journalist Goichi Hosoda spent decades refining it before including it in his 1969 book. He introduced it as an all-in-one trading system for Japanese equities. Its use subsequently spread to currency and commodity markets.
Although an Ichimoku Cloud chart may initially appear cluttered, its individual rules are straightforward to apply. Trending markets suit the indicator best; during consolidation, its effectiveness falls considerably.
How Are the Five Ichimoku Cloud Lines Calculated?
Of the 5 lines in the Ichimoku Cloud formula, 4 use the midpoint between the highest high and lowest low across a specified number of periods. Each period represents one candle on the selected timeframe: on a daily chart, for example, 9 periods equals 9 days. Only the Lagging Span departs from this approach, using the closing price alone.
| Indicator line | Calculation | Chart placement | Purpose |
|---|---|---|---|
| Conversion Line (Tenkan-sen) | (9-period high + 9-period low) / 2 | At the current candle | Tracks short-term momentum |
| Base Line (Kijun-sen) | (26-period high + 26-period low) / 2 | At the current candle | Tracks the medium-term trend |
| Leading Span A (Senkou Span A) | (Conversion Line + Base Line) / 2 | 26 periods forward | Defines the faster-moving cloud boundary |
| Leading Span B (Senkou Span B) | (52-period high + 52-period low) / 2 | 26 periods forward | Defines the slower-moving cloud boundary |
| Lagging Span (Chikou Span) | Current closing price | 26 periods earlier | Confirms the trend |
An illustrative daily EUR/USD chart displays the 5 Ichimoku Cloud lines. While Leading Span A and Leading Span B sit 26 periods ahead of the current candle, the Lagging Span sits 26 periods behind it. The prices are simulated for teaching purposes.
What Does the Conversion Line (Tenkan-sen) Measure?
Conversion Line (Tenkan-sen) = (9-period high + 9-period low) / 2
By taking the midpoint between the highest high and lowest low of the previous 9 periods, the Conversion Line captures almost 2 weeks on a daily chart. It responds fastest among the 5 lines, staying close to price and indicating short-term momentum.
Before computers became widely available, calculating a high-low midpoint by hand was simpler than working out a 9-day moving average. This midpoint approach also underpins the Base Line and Leading Span B.
What Does the Base Line (Kijun-sen) Measure?
Base Line (Kijun-sen) = (26-period high + 26-period low) / 2
Using the highest high and lowest low from the previous 26 periods, the Base Line calculates their midpoint. On a daily chart, this covers almost one month. Its slower movement relative to the Conversion Line reflects the medium-term trend.
Support and resistance are another function of the Base Line. Sustained trading above it indicates bullish strength, whereas sustained trading below it indicates bearish pressure.
How Does Leading Span A (Senkou Span A) Work?
Leading Span A (Senkou Span A) = (Conversion Line + Base Line) / 2, shifted 26 periods forward
Plotted 26 periods ahead of the current candle, Leading Span A takes the midpoint between the Conversion Line and the Base Line. It provides the faster-moving boundary of the cloud. Its inputs are the 9-period and 26-period lines, making it more responsive to price changes than Leading Span B.
How Does Leading Span B (Senkou Span B) Work?
Leading Span B (Senkou Span B) = (52-period high + 52-period low) / 2, shifted 26 periods forward
To calculate Leading Span B, take the midpoint between the highest high and lowest low over the previous 52 periods, then plot it 26 periods ahead of the current candle. Those 52 periods cover slightly less than 3 months on a daily chart, making Leading Span B the slower-moving boundary of the cloud.
An upward-sloping Leading Span B indicates an uptrend; a downward-sloping one indicates a downtrend.
What Does the Lagging Span (Chikou Span) Compare?
Lagging Span (Chikou Span) = Current closing price, shifted 26 periods back
No calculation is needed for the Lagging Span: it simply places the current closing price 26 periods behind the current candle. This allows traders to compare the latest close against price action from 26 periods earlier.
What Creates the Ichimoku Cloud?
Between Leading Span A and Leading Span B lies the cloud, also known as the Kumo. As the indicator's most prominent visual feature, it helps traders assess the broader trend and locate support and resistance levels.
As trends change, Leading Span A and Leading Span B cross, causing the cloud to change colour at each crossover. The gap between these 2 lines determines how thick the cloud appears.
How Do Green and Red Ichimoku Clouds Differ?
When Leading Span A stands above Leading Span B, the result is a green cloud, indicating a bullish trend. When Leading Span A falls below Leading Span B, a red cloud appears, indicating a bearish trend.
An uptrend gains strength when Leading Span A rises while remaining above Leading Span B. Conversely, a downtrend gains strength when Leading Span A falls while remaining below Leading Span B. As with moving averages, a steeper cloud indicates a stronger trend.
What Can Cloud Thickness Tell Traders?
Stronger support and resistance are indicated by a thick cloud. By comparison, a thin cloud indicates weaker support and resistance and may suggest a potential reversal.
During a strong trend, the cloud widens because Leading Span A responds quickly while Leading Span B adjusts slowly. As the spans converge, the cloud narrows, usually before the 2 lines cross.
Why Does the Ichimoku Cloud Extend 26 Periods Forward?
Plotting Leading Span A and Leading Span B 26 periods forward places the cloud to the right of the current candle. This is why traders describe the Ichimoku Cloud as forward-looking: it displays potential support and resistance levels before price reaches them.
However, only prices that have already closed are used to construct the cloud ahead of price. Each point is a historical midpoint moved 26 periods to the right, so this forward cloud simply shows where those midpoints sit on the chart.
| Important: Because the forward cloud uses closed prices rather than forecasting future prices, price can pass straight through it. |
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How Should Traders Interpret the Ichimoku Cloud?
Reading the Ichimoku Cloud involves 3 checks: 1) the position of price in relation to the cloud, 2) whether the cloud provides support or resistance, and 3) whether the Lagging Span corroborates the trend.
Consolidation, an uptrend and a downtrend are shown relative to the cloud on this illustrative daily EUR/USD chart. The cloud also provides support and resistance. The prices are simulated for teaching purposes.
How Does Price Position Reveal the Trend?
To identify the trend, compare price with the cloud. Which side price occupies also determines whether the cloud provides support or resistance.
| Location of price | Trend indicated | Cloud function |
|---|---|---|
| Trading above the cloud | An uptrend | Provides support |
| Trading below the cloud | A downtrend | Provides resistance |
| Trading within the cloud | A consolidation phase | Cloud boundaries mark breakout levels |
Price above a green cloud indicates a stronger uptrend, while price below a red cloud indicates a stronger downtrend. The Conversion Line and Base Line reinforce this assessment: an uptrend is supported when both sit above the cloud, and a downtrend when both sit below it.
Where Does the Cloud Provide Support and Resistance?
In an uptrend, the cloud provides support; in a downtrend, it provides resistance. Of its 2 boundaries, Leading Span B generally offers the stronger level because it adjusts more slowly to price movements.
During an uptrend, traders look for a pullback towards the cloud as a potential buying opportunity. During a downtrend, a rebound towards the cloud may present a selling opportunity.
How Can the Lagging Span Confirm a Trend?
Comparing the latest close with price 26 periods earlier allows the Lagging Span to confirm the trend. It confirms an uptrend when it sits above historical prices, and a downtrend when it sits below them.
Historical prices can also provide support and resistance for the Lagging Span. If it encounters those prices, it may signal a possible reversal even while current price remains above or below the cloud.
Which Ichimoku Signals Matter Most?
For each direction, the Ichimoku Cloud provides 4 principal signals: 1) a price crossover through the cloud, 2) a change in cloud colour, 3) a price crossover through the Base Line, and 4) a Conversion Line crossover through the Base Line. The first two indicate the trend; the 2 involving the Base Line indicate momentum.
With price above a green cloud, bullish signals carry greater strength. With price below a red cloud, bearish signals carry greater strength. Signals opposing the prevailing trend are weaker, including a bullish signal that appears while price remains below a red cloud.
This illustrative daily EUR/USD chart presents the 4 Ichimoku signals in each direction. Markers identify the candles on which signals developed; cloud colour changes appear 26 periods ahead of those candles. The prices are simulated for teaching purposes.
What Do Conversion-Base Line Crossovers Signal?
During an uptrend, a Conversion Line crossover above the Base Line generates a bullish signal. During a downtrend, a crossover below the Base Line generates a bearish signal.
For a bullish crossover, confirmation is stronger when price, the Conversion Line and the Base Line all sit above the cloud. For a bearish crossover, confirmation is stronger when all three sit below it.
What Do Price-Base Line Crossovers Signal?
When price crosses above the Base Line within an uptrend, it generates a bullish signal. The preceding dip below the Base Line represents a short-term pullback within the broader uptrend, ending once price climbs back above the line.
Within a downtrend, a price crossover below the Base Line generates a bearish signal. Here, the short-term rebound above the line ends as price drops back below it.
| Practical Tip: Strong trends may produce few Conversion-Base Line crossovers. Watching price cross the Base Line as well can reveal additional signals aligned with that trend. |
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What Do Ichimoku Cloud Breakouts and Colour Changes Indicate?
A candle closing above the cloud produces a bullish breakout; a close below it produces a bearish breakout. Breaking through a thick cloud indicates a stronger trend than breaking through a thin one.
If price breaks out but returns inside the cloud, the move is a fakeout, or fake breakout. Such moves occur most frequently when price consolidates around a thin cloud.
A shift in cloud colour from red to green signals bullish conditions, while a shift from green to red signals bearish conditions. This change appears at the cloud's right edge, 26 periods ahead of the current candle, at the candle where Leading Span A crosses Leading Span B.
How Do the Ichimoku Cloud Signals Compare?
Below are the Ichimoku Cloud's 4 bullish signals alongside its 4 bearish signals.
| Signal type | Bullish indication | Bearish indication | Measures |
|---|---|---|---|
| Price relative to the cloud | Price crosses above the cloud | Price crosses below the cloud | Trend direction |
| Colour of the cloud | A red-to-green cloud change | A green-to-red cloud change | Trend direction |
| Price relative to the Base Line | Price crosses above the Base Line | Price crosses below the Base Line | Price momentum |
| Conversion Line relative to the Base Line | Conversion Line crosses above the Base Line | Conversion Line crosses below the Base Line | Price momentum |
Which Ichimoku Cloud Timeframes and Settings Are Most Suitable?
Medium-term charts using the default 9, 26 and 52 settings are the best fit for the Ichimoku Cloud. On shorter timeframes, intraday noise increases fakeouts, calling for greater care.
Which Timeframes Suit Ichimoku Best?
The daily and 4-hour charts are widely regarded as the most suitable timeframes for the Ichimoku Cloud. While daily charts filter intraday noise, 4-hour charts balance signal frequency against reliability.
| Trading approach | Chart timeframe | Parameter settings | Expected characteristics |
|---|---|---|---|
| Swing trading and position trading | Daily and 4-hour | 9, 26, 52 | Well-defined cloud boundaries with dependable trend confirmation |
| Intraday trading and scalping | 1-hour, 15-minute and 5-minute | Quicker-response settings, for example 5, 13, 26 | Greater noise and more fakeouts; traders therefore verify the trend on a higher timeframe |
| Longer-term trading | Daily and weekly | Longer settings, for example 18, 52, 104 | Infrequent signals targeting large trends |
Opinions differ on using the Ichimoku Cloud for day trading. Although it can function on lower timeframes, identifying precise market tops and bottoms is not its purpose.
What Explains the Default Ichimoku Settings of 9, 26 and 52?
The usual explanation for Ichimoku's default settings refers to Japan's former six-day trading week, which included Saturdays. On that basis, the settings correspond to calendar intervals.
| Parameter | Application | Equivalent under a six-day week |
|---|---|---|
| 9 | Calculation of the Conversion Line | A week and a half |
| 26 | Calculation of the Base Line and the 26-period displacement | A month |
| 52 | Calculation of Leading Span B | A two-month interval |
Do Forex Traders Need Different Ichimoku Settings?
Because forex trades 5 days a week and Ichimoku parameters are adjustable, some traders experiment with 7, 22, 44 or 8, 22, 44 instead of 9, 26, 52. Nevertheless, 9, 26 and 52 remain the standard settings and the defaults on most trading platforms.
Adjusting the Base Line period also alters the cloud's forward displacement, which is set by the Base Line number. Try any revised settings on a demo account first: parameters suitable for one currency pair and timeframe may be unsuitable for another.
Ichimoku Cloud vs Moving Averages: How Do They Differ?
Although both the Ichimoku Cloud and moving averages support trend analysis, their calculations differ. Closing prices underpin moving averages; the Ichimoku Cloud instead uses high-low midpoints and places the cloud 26 periods ahead.
| Comparison point | Ichimoku Cloud | Moving averages |
|---|---|---|
| Price inputs | The highest high and lowest low; the close is used for the Lagging Span | Prices at the close |
| Chart components | A cloud plus 5 lines | Typically 1 to 3 lines |
| Forward placement relative to price | Yes, with the cloud placed 26 periods forward | Not plotted forward |
| Market noise | Removes more noise | Displays more noise |
| Interpretation | Requires practice to read | More straightforward and less cluttered |
Much like 9-period and 26-period moving averages, the Conversion Line and Base Line track price movements. The MACD calculation also uses periods of 9 and 26. After the cloud establishes the trend, these two lines provide signals in a manner similar to the MACD.
A momentum oscillator, such as the relative strength index (RSI), can also complement the Ichimoku Cloud. In this pairing, the cloud establishes the trend while the RSI identifies overbought or oversold levels.
Which Ichimoku Cloud Limitations Should Traders Watch?
Among the Ichimoku Cloud's 9 principal limitations, news spikes, thick clouds and Lagging Span hindsight are particularly easy to overlook on live charts. The table below explains how each limitation appears and how to address it.
| Constraint | Effect on the chart | Suggested response |
|---|---|---|
| Poor reliability in consolidation | Repeated moves into and out of the cloud generate fakeouts and frequent crossovers | Allow a candle to close beyond the cloud before acting |
| Delayed signals | Historical prices underpin all 5 lines, meaning signals appear after the trend begins | Allow for entry after, rather than at, the precise top or bottom |
| A cluttered chart | The shaded cloud overlaps with 5 lines | Keep unused lines hidden |
| A demanding learning curve | Simultaneous crossovers of several lines may lead beginners to interpret signals incorrectly | Use a demo account to practise |
| Defaults are not suitable for every market | For certain instruments and timeframes, 9, 26 and 52 may produce less effective results | Trial any adjustments on a demo account before using them |
| Not designed for scalping | Medium and higher timeframes are the intended setting for the Ichimoku Cloud | Verify the higher-timeframe trend before working with a shorter chart |
| Line distortion from news spikes | A single spike may establish the highest high or lowest low, keeping a line flat for exactly 9, 26 or 52 periods. Once that spike drops out of the calculation, the line jumps. A moving average, by contrast, reduces the spike's influence gradually | Look for a historical spike if a flat line suddenly jumps |
| Wide stop-loss distance with a thick cloud | Placing a safer stop-loss beyond a thick cloud leaves it a considerable distance from entry | Lower the position size to maintain the same trade risk |
| Hindsight in the Lagging Span | At a historical candle, the Lagging Span displays a closing price that was not yet available, making earlier signals appear better than they actually were | Disregard the Lagging Span appearing to the right of the candle under review |
How Can You Set Up Ichimoku on MT4 and MT5?
No installation is required because MT4 and MT5 include the Ichimoku indicator. Adding it takes 4 steps: 1) open a chart, 2) choose Insert, followed by Indicators and then Trend, 3) choose Ichimoku Kinko Hyo, and 4) leave the default settings unchanged and click OK.
Japanese names appear in the MT4 and MT5 settings window: Tenkan-sen refers to the Conversion Line, Kijun-sen to the Base Line, and Senkou Span B to Leading Span B. Under the Colors tab, the 2 cloud colours are labelled Up Kumo and Down Kumo. To reproduce this article's charts, choose green for Up Kumo and red for Down Kumo.
MT5 displays the cloud using hatched lines by default. For a solid-colour fill, select the final line-width option for both Up Kumo and Down Kumo on the Colors tab.
Regulated by ASIC, TMGM provides MT4, MT5 and the TMGM App, along with a free demo account to practise Ichimoku trading before committing real money. CFD trading involves significant risk and is not suitable for all investors. You could lose more than your initial deposit.
What Is the Key Takeaway on the Ichimoku Cloud?
Trend direction, momentum, and support and resistance levels come together in the Ichimoku Cloud, an all-in-one trend-following indicator. Traders establish the trend using the cloud before looking to price, the Conversion Line and the Base Line for signals aligned with it.
Daily and 4-hour charts in trending markets offer the best conditions for the Ichimoku Cloud, whereas consolidation makes it unreliable. Because historical prices form the cloud ahead of the current candle, view it as a level to monitor and use a stop-loss to protect every trade.
Ichimoku Cloud: Frequently Asked Questions
When Is Ichimoku a Useful Indicator?
For traders seeking trend, momentum, and support and resistance levels in a single tool, Ichimoku is a useful indicator that performs well in trending markets. Its performance weakens during consolidation as fakeouts increase. Beginners may also find the 5 overlapping lines visually crowded.
How Successful Is Ichimoku?
In backtests, Ichimoku commonly records success rates of 50% to 60% in trending markets, compared with around 39% in weak or consolidating markets. Entry criteria, timeframe, market and risk management all affect these figures, so there is no universal win rate for traders.
A trader can have a win rate near 50% without losing money: with a risk-reward ratio of 1.5-to-1 or higher, the average winning trade exceeds the average losing trade. Past backtest results do not guarantee future results.
Does the Ichimoku Cloud Lead or Lag?
Combining leading and lagging components makes the Ichimoku Cloud a hybrid indicator. Its leading component is the cloud, with Leading Span A and Leading Span B placed 26 periods forward. The Lagging Span, meanwhile, looks back 26 periods.
Past highs and lows allow the Conversion Line and Base Line to track current prices. Since historical data underpins all 5 lines, the Ichimoku Cloud is still a trend-following indicator, not a means of predicting the next price move
