# Breakout Trading with Fractal Wave and Stochastic Cycles

Statistical regularity is useful to set the basic rational for our trading. Turning point probability is the good statistical regularity detection tool to go with most of the price action strategies. First reason for this is simply that turning point probability was invented for the financial trading. Second reason is that turning point probability was invented for predicting Fractal wave in their original purpose. In the previous chapter, we have shown how to use this statistical regularity to predict the reversal movement in your trading. As you might guess, it is possible to use the same trading idea for the case of the breakout. This idea is hardly not surprising if you just understand how the probability works. For example, in the reversal trading, we were looking for the mother wave at its mature development stage. The mature mother wave is often found in the high probability area.

In case of breakout trading, we just need to reverse this logic. For example, we just need to look for the mother wave at its early formation stage. The young and fresh mother wave is likely to be found in the low probability area in the probability graph. To help your understanding on this, we provide some examples in Figure 4.9-1 and Figure 4.9-2. Figure 4.9-1 shows the probability graph drawn from the trough. When the turning point probability graph is drawn from the trough, we will look for bullish breakout in the low probability area. Then we can look for bearish turning point (i.e. reversal) in the high probability area.

Figure 4.9-1: Bullish breakout and bearish reversal example

Figure 4.9-2 shows the probability graph drawn from the peak. When the turning point probability graph is drawn from the peak, we will look for bearish breakout in the low probability area. Then, we can look for bullish turning point (i.e. reversal) in the high probability area.

Figure 4.9-2: Bearish breakout and bullish reversal example

The key point to detect the good breakout opportunity is to detect the young and fresh mother wave with reasonably low turning point probability. Although it is not easy to pin point the exact cut-off, the probability should be below 50%. I guess the 60% probability could be the maximum to detect the mother wave at its early formation stage.

As in the case of the reversal trading, we will be making the trading decision using two steps below for breakout trading:

Step 1: Detect statistical regularity in price series

Step 2: Confirm the statistical regularity with geometric regularity

In step 1, we will be detecting the mother wave with relatively low probability. In step 2, we could apply several different methods to detect the geometric regularity. For example, some candidate methods for step 2 can include support and resistance, Fibonacci retracement, Elliott Wave theory, Triangle and other price action strategies. In fact, your knowledge of Elliott wave trading could be useful in this case because detecting the breakout point after the first child wave is very similar to riding the Wave 3 during the Elliott Wave 123 pattern formation. However, Elliott wave theory could be complex for some audience. Hence, we will not use them in this book. For the demonstration purpose, we will be using the simple support and resistance to detect geometric regularity in step 2. Support and resistance method is an effective tool to detect geometric regularity.

Let us begin with some bullish example first. When we detect the mother wave for the breakout, it should have the first child wave identified in the low probability region. In Figure 4.9-3, we show an example of mother wave detected at 32.8%. You can tell that amplitude of the first child wave is 32.8%. We can draw the breakout line on top of the first child wave. This is step 1.

Figure 4.9-3: Bullish breakout trading example in USDJPY H1 timeframe (Step 1)

Now in step 2, we will be looking for some valid resistance line. To find the resistance line, we need to look back to find a higher peak. With the higher peak, the peak of first child wave can form a resistance line. The important point here is that to look at the gap between the breakout line and resistance line. The gap indicates the angle of resistance line in regards to the breakout line.

Figure 4.9-4: Bullish breakout trading example in USDJPY H1 timeframe (Step 2)

If you inspect the chart carefully, you will find that the resistance line provides the upper outline of triangle pattern. Hence, the breakout is in fact identical to the triangle breakout. In classic triangle breakout, your entry might start after the price moved outside the triangle. However, we recommend using the breakout line drawn from the first child wave for your entry. Additionally, watch out the angle of the resistance line. It is better if the resistance line is close to the peak of the first child wave rather than the trough of the first child wave. This is only rule of thumb though.

Figure 4.9-5: Bullish breakout trading example in USDJPY H1 timeframe (After breakout)

Here is another bullish breakout example in USDJPY H1 timeframe. The amplitude of the first child wave was 34.8%. We found higher peak to draw a resistance line too.

Figure 4.9-6: Bullish breakout trading example in USDJPY H1 timeframe (Before breakout)

In this example, the mother wave ended up having more than six child waves inside (Figure 4.9-7). In practice, you can have multiple of child waves inside one mother wave.

Figure 4.9-7: Bullish breakout trading example in USDJPY H1 timeframe (After breakout)

Now we will show some examples for bearish breakout. For the bearish example, everything we did in bullish example would be just mirrored around the horizontal line. In Figure 4.9-8, the first child wave was detected at the probability less than 10%. The breakout line was drawn on the bottom of the first child wave. This is step 1.

Figure 4.9-8: Bearish breakout trading example in EURUSD H1 timeframe (Step 1)

In step 2, we will be looking for the trough lower than the first child wave to draw the support line. The important point here is that to look at the gap between the breakout line and support line. The gap indicates the angle of support line in regards to the breakout line.

Figure 4.9-9: Bearish breakout trading example in EURUSD H1 timeframe (Step 2)

If you inspect the chart carefully, you will find that the support line provides the lower outline of triangle pattern. Hence, the breakout is in fact identical to the triangle breakout. In classic triangle breakout, your entry might start after the price moved outside the triangle. However, we recommend using the breakout line drawn from the first child wave for your entry. Additionally, watch out the angle of the support line. It is better if the support line is close to the trough of the first child wave rather than the peak of the first child wave. This is only rule of thumb though.

Figure 4.9-10: Bearish breakout trading example in EURUSD H1 timeframe (After breakout)

Here is another bearish breakout example in EURUSD H1 timeframe. The amplitude of the first child wave was less than 10%. We could find the lower trough to draw a support line.

Figure 4.9-11: Bearish breakout trading example in EURUSD H1 timeframe (Before breakout)

In this example, the mother wave for bearish breakout was detected after another mother wave. In practice, it is possible to detect several mother waves in row.

Figure 4.9-12: Bearish breakout trading example in EURUSD H1 timeframe (After breakout)

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