Elliott Wave Patterns

Technical analysis in general is a method of market forecasting, based on pattern recognition. The Elliott Wave Principle is a more specific method, which uses its own patterns, called “waves”. They are as follows:


What is an impulse? Every impulse consists of 5 waves. Impulses show the direction of the larger trend. There are only three simple rules for an impulse:

  1. Wave 2 must not go beyond the start of wave 1.
  2. Wave 3 can not be the shortest among waves 1, 3 and 5.
  3. Waves 1 and 4 must not overlap.


elliott wave impulse

In order to be categorized as an impulse, every five-wave looking pattern should have the following sub-wave structure: 5 sub-waves (labeled 1-2-3-4-5) for waves 1, 3 and 5, and 3 sub-waves (labeled a-b-c) for waves 2 and 4. Example:

elliott wave impulse structure

Truncated fifth wave

Truncated fifth wave is maybe the rarest of all Elliott Wave patterns. It occurs, when wave 5 of a five-wave impulsive pattern does not go beyond the end of wave 3 of the same impulse. In order to recognize such a truncation, one should be able to count five sub-waves in the supposed truncated fifth. Example:

elliott wave truncated fifth wave


After every impulse, a correction follows. What is a correction? Corrections are 3-wave movements in the opposite direction of the larger trend. After every correction the larger trend resumes. Example:

5-3 elliott wave cycle

Three types of corrections exist

  1. Zig-zag correction

This type of correction consists of 3 waves, labeled A-B-C, with a 5-3-5 structure (5 waves for A, 3 waves for B and 5 waves for C) Example:

elliott wave zig-zag correction

Sometimes two or three zig-zag corrections occur, connected by an intervening X-wave. In the first case they are labeled W-X-Y, while in the second one there is one more X-wave, connecting Y with Z, thus completing the triple zig-zag W-X-Y-X-Z. Examples:

elliott wave patterns double zig-zag

elliott wave triple zig-zag

2.Flat correction

This type of correction consists of 3 waves, labeled A-B-C, with a 3-3-5 structure (3 waves for A, 3 waves for B and 5 waves for C). And while the wave structure remains always 3-3-5, the shape of flat corrections could be regular, expanding or running. Regular flat example:

elliott wave regular flat

Expanding flat example:

elliott wave expanding flat

Running flat example:

elliott wave running flat

3.Triangle correction

Every triangle correction consists of 5 waves moving sideways, labeled A-B-C-D-E. Each one of these 5 waves has a 3-wave structure (3-3-3-3-3).  Triangles indicate that there is only one final move left in the direction of the larger trend, after which, a reversal should be expected. This means that triangles occur as wave 4 of an impulse, wave B of a zig-zag correction, or the final wave X in double and triple zig-zag corrections. Sometimes triangles could be positioned as wave Y or wave Z of a corrective combination. Example:

elliott wave triangleThe above-shown triangle is the most common type, where the two lines are contracting, thus making the whole pattern narrowing towards the end. However, there are some cases, when the lines are expanding. On the next chart you can see a good example of an expanding triangle.

elliott wave expanding triangle


Something called “diagonal” sometimes appears instead of an impulse wave. This could happen in wave 1 of an impulse and wave A of a correction for a leading diagonal, or in wave 5 of an impulse and wave C of a correction for an ending diagonal. Every diagonal consists of 5 waves just like a regular impulse wave, but here you should expect waves 1 and 4 to overlap and each wave to subdivide into 3s (rarely 5-3-5-3-5). Example:

elliott wave ending diagonalOn the chart above you can see how a typical ending diagonal looks like in the position of wave five (5). The next chart below shows a leading diagonal in wave (1) position.

elliott wave leading diagonal


  1. berkah June 20, 2014 at 13:53 #

    Thanks so much .. very useful for me as Nubie


  2. hassan madni July 4, 2014 at 20:35 #

    thanks a lot :) , it is too much useful


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