Elliott Wave Patterns: Motive and Corrective Structures

1. Function and Operation of Waves

Elliott waves operate in two core modes that alternate to create full market cycles across multiple degrees.

1.1 Motive Mode

• Structure: Five-wave sequence (1–2–3–4–5) moving in the direction of the larger trend.
• Role: Drives price action and produces the main thrust of the market.

1.2 Corrective Mode

• Structure: Three-wave sequence (A–B–C) moving against the larger trend.
• Role: Creates counter‑trend retracements or pauses within the primary impulse.

1.1 Fundamental Structure Rules of Motive Waves

Valid motive waves must respect several non‑negotiable rules.

• Waves 1, 3, and 5 each subdivide into five smaller waves.
• Wave 2 cannot retrace beyond the start of Wave 1.
• Wave 4 cannot retrace beyond the start of Wave 3.
• Wave 3 must end beyond the end of Wave 1.
• Wave 3 cannot be the shortest among Waves 1, 3, and 5.

1.2 Impulse Waves (5‑3‑5‑3‑5)

Impulse waves are the strongest expression of motive behaviour and must satisfy both motive rules and extra strength criteria.

• Always subdivide into five waves internally.
• Waves 2 and 4 respect their retracement limits and remain corrective.
• Wave 4 does not enter Wave 1 price territory in a classic impulse.

Variations:

• Extension: One motive wave (usually Wave 3) stretches significantly and subdivides into additional visible waves.
• Truncation: Wave 5 fails to exceed the end of Wave 3, signalling fading momentum even though it still subdivides into five waves.

Additional Notes on Wave 2 and Wave 4

• Wave 2 is never a triangle: it can be any corrective pattern except a triangle, most often a zigzag or complex combination.
• Alternation guideline: if Wave 2 unfolds as a complex, time‑consuming correction, expect Wave 4 to be comparatively simple and direct, and vice versa.

1.3 Diagonal Triangles

Diagonal triangles are motive five‑wave structures with overlapping subdivisions and distinct boundary behaviour.

• Leading diagonal: Typically appears in Wave 1 or A, with Waves 2 and 4 forming zigzags.
• Ending diagonal: Typically appears in Wave 5 or C, with all five waves forming zigzags.
• Diagonal trendlines can contract (converge) or expand (diverge) depending on market conditions.

2. Corrective Waves

Corrective sequences move against the primary trend and divide into simple and combined structures.

2.1 Simple Corrective Patterns

2.1.1 Single Zigzag (5‑3‑5)

• Features a fast, steep Wave A, a modest Wave B, and an extended Wave C.
• C‑wave failures are rare; Wave C is typically at least 79% of Wave B.
• Waves A and C are motive; Wave B is corrective.

2.1.2 Flat (3‑3‑5)

• Waves A and B subdivide into three; Wave C subdivides into five.

Flat types:

• Regular flat: Wave C is approximately equal in length to Wave A.
• Expanded flat: Wave B exceeds Wave A’s start (about 100–138%) and Wave C commonly reaches around 161.8% of Wave A.
• Running flat: Wave C fails to move beyond Wave A’s end, often preceding a powerful continuation move.

2.1.3 Triangle (3‑3‑3‑3‑3)

• Composed of five overlapping zigzags labelled A–B–C–D–E.
• Common types include contracting, barrier, running, and expanding triangles.
• Each segment must respect zigzag structure and key boundary rules.

2.2 Combined Corrective Patterns

2.2.1 Double Correction (W–X–Y)

• W and Y are simple corrections (usually zigzag or flat), linked by an X‑wave connector.
• Wave W is not a triangle; X and Y have flexible forms, but X does not retrace beyond the start of W.

2.2.2 Triple Correction (W–X–Y–X–Z)

• W, Y, and Z are simple corrections connected by two X‑waves.
• The first X‑wave is not a triangle and the arrangement of X and Z must satisfy structural restrictions to remain valid.

3. Guidelines

Beyond hard rules, Elliott Wave analysis relies on several high‑probability guidelines.

3.1 Extension

Extensions usually appear in a single motive wave, most often Wave 3, with dual or equal extensions being less common.

3.2 Truncation

A truncation occurs when Wave 5 fails to move beyond Wave 3’s end but still forms a complete five‑wave structure.

3.3 Alternation

Alternation describes structural and dimensional differences between waves such as Wave 2 and Wave 4 or between W and Y in combinations.

3.4 Alternation within Corrective Waves

Corrective waves A, B, and C often alternate in form and complexity, which helps refine the preferred count.

3.5 Equality

Wave pairs, such as Waves 1 and 5 or Waves A and C, frequently show similar length or duration, giving useful targeting clues.

3.6 Depth Forecast

Fibonacci retracements (commonly 38.2%, 50%, and 61.8%) and extensions (roughly 50–78.6%) help estimate correction depth and projection zones.

4. Fibonacci and Elliott Wave Relationships

Fibonacci ratios underpin many price and time relationships within Elliott wave structures.

4.1 Golden Ratio

The golden ratio generates key levels such as 23.6%, 38.2%, 61.8%, 78.6%, 100%, and 161.8% that guide projections.

4.2 Fibonacci Price Analysis Methods

• Retracements (0–100%).
• Extensions (100–261.8%).
• Projections using three‑point tools to target Waves 3, 5, C, Y, or Z.

4.3 Relationships with Impulse Waves

• Wave 2 often retraces 50–61.8% of Wave 1.
• Wave 3 commonly reaches 161.8–423.6% of Wave 1.
• Wave 4 typically retraces 23.6–38.2% of Wave 3 (occasionally up to 50%).
• Wave 5 may equal Wave 1, extend to 161.8% of Wave 1, or reach about 61.8% of Waves 1–3; truncated fifths usually reach at least 78.6% of Wave 4.

4.4 Relationships with Zigzags

• Wave B usually retraces 10–79% of Wave A, with 50–79% typical when B itself is a zigzag.
• Wave C often equals Wave A, 0.618×A, 1.618×A, or extends roughly 0.618×A beyond A.

4.5 Relationships with Flats

• Regular flat: Wave C is approximately equal to Wave A.
• Expanded flat: Wave B often reaches about 1.236×A, while Wave C commonly targets 1.382–1.618×A; Wave B usually remains below 200% of A.
• Running flat: Wave C generally retraces at least 61.8% of Wave B.

4.6 Relationships with Triangles

• Each leg from B through E typically retraces about 61.8–78.6% of the prior leg.

5. Channeling Techniques

Channeling tools translate Elliott structures into actionable price corridors.

5.1 Base Channel

Draw a line from the start of Wave 1 to the end of Wave 2 and a parallel from the end of Wave 1; Wave 3 breaks out of the channel and Wave 4 respects its upper boundary.

5.2 Acceleration Channel (1–3)

Connect the ends of Waves 1 and 3 and draw a parallel from the end of Wave 2; breaks can highlight the end of Wave 3 while Wave 4 gravitates toward the lower boundary.

5.3 Deceleration Channel (A–B)

Connect the end of Wave 3 to the end of Wave B and draw a parallel from the end of Wave A; a decisive break helps confirm the end of Wave 4.

5.4 Elliott Wave Channel (2–4)

Draw a line from the end of Wave 2 to the end of Wave 4 and a parallel from the end of Wave 3; the upper boundary offers a target for Wave 5, while truncations may stall near the midpoint.

6. Corrective Channeling

Corrective channels refine targets within zigzags and flats.

6.1 Corrective Channel with Zigzag

Construct a channel similar to the deceleration method by connecting Waves A and B and projecting a parallel line; Wave C often completes near the boundary or midpoint.

6.2 Corrective Channel with Flat

For regular flats, draw from A to B and project a parallel from A; for expanded or running flats, adjust to run from A to Wave 2 of C, then project. Wave C frequently terminates near the channel boundary or midpoint.

7. Wave Degree

Wave patterns repeat fractally across multiple degrees, from very small to very large timeframes.

Degree is judged by relative size, context, and correct subdivision rather than fixed price or time scales, and is often summarised in a degree hierarchy table.

8. Glossary

Motive wave

Five‑wave structure (1–2–3–4–5) that drives price with the larger trend and subdivides into five smaller waves.

Corrective wave

Three‑wave structure (A–B–C) that retraces or pauses the preceding motive wave and subdivides into three smaller waves.

Rule

Strict structural requirement; breaking it invalidates the wave count.

Guideline

High‑probability tendency such as extension, truncation, or alternation that supports analysis but is not mandatory.

Extension

When one motive wave, often Wave 3, grows significantly longer than the others and subdivides into clear lower‑degree waves.

Truncation (failure)

Wave 5 ends before exceeding Wave 3’s high or low while still forming a full five‑wave sequence.

Alternation

Tendency for consecutive waves (for example, Waves 2 and 4 or W and Y) to differ in structure and complexity.

Equality

Tendency for two waves in a sequence, such as Waves 1 and 5 or Waves A and C, to be roughly equal in length or duration.

Depth forecast

Use of Fibonacci retracements and extensions to estimate how far corrective waves are likely to travel.

Fibonacci ratio

Key percentages derived from the Fibonacci sequence (such as 38.2%, 61.8%, 161.8%) applied to project relationships and targets.