The Wolfe Wave describes five turning points and lines through their time-and-price coordinates. A finished historical drawing is not necessarily a signal that was available earlier. Record when every point was confirmed; the constructed target line does not prove a later reversal, equilibrium or profitable trade.

What the Wolfe Wave is

Bill and Brian Wolfe’s public 2013 material describes an alternating low, high, lower low, next high and final low for the bullish structure. Lines 1–3 and 2–4 converge; the target line joins 1–4. It describes point 5 exceeding 1–3 as likely rather than mandatory. The bearish version reverses highs and lows. The document’s physical-law and equilibrium analogies are not evidence of market causation or a forecast probability.

The EPA line and the entry zone

For points(t1, p1),(t2, p2), a line equals p1+(p2−p1)×(t−t1)/(t2−t1), provided t2≠t1. ETA is the intersection time of 1–3 and 2–4; EPA is the value of 1–4 at that time, not the wedge-edge intersection price. The practical section also discusses reaching the 1–4 line without relying on ETA. Specify whether the exit rule follows this moving line or freezes one value; neither is guaranteed.

Assign the PL model’s fictional points(0, 1.1000),(2, 1.1120),(4, 1.0980),(6, 1.1060),(8, 1.0950). Then L13=1.1000−0.0005 t, L24=1.1150−0.0015 t and L14=1.1000+0.0010 t. At t8, point 5 is 10 pips below L13=1.0960; at t10 the target line is 1.1100. The edges meet at t15 and 1.0925, but EPA=L14(15)=1.1150. A pip is 0.0001.

Retained original prices, now with assigned bar coordinates
Point 1t0, low 1.0820; confirmed after bar 1.
Point 2t2, high 1.0910; confirmed after bar 3.
Point 3t4, low 1.0800; confirmed after bar 5.
Point 4t6, high 1.0880; confirmed after bar 7.
Point 5t8, low 1.0760; confirmed after bar 9, not an assumed fill.

Five new points do not overwrite an earlier candidate

Specify extrema (t; price): P1 (0; 100), P2 (2; 112), P3 (4; 98), P4 (6; 106), P5 (8; 95), P6 (10; 100), P7 (12; 91). Window A is P1–P5; B is P3–P7. At t = 13 both geometries are available. A's target line through P1/P4 equals 113; B's line through P3/P6 equals only 101. Choosing “the latest five points” is an additional selection policy, rather than a neutral label change.

Overlapping candidates have different target linesSeven hypothetical confirmed extrema P1 to P7. The first five form candidate A and the last five candidate B. At t 13 the full history is available. A's line through global P1 and P4 equals 113; B's line through global P3 and P6 equals 101. Colours identify two geometries, rather than independent trades or forecasts that these prices will be reached.Two overlapping point windowsAt t = 13; all points knownP1P2P3P4P5P6P7A: 113B: 1010481213A: P1–P5; target through P1/P4B: P3–P7; target through P3/P6
One shared time and price axis. The dark zigzag joins the specified extrema; blue and green lines show target geometry for two different groups, evaluated at t = 13.

A's boundaries are 100 − 0.5 t and 115 − 1.5 t, giving ETA = 15. B's are 101 − 0.75 t and 115 − 1.5 t, giving ETA ≈ 18.67; its fifth point at t = 12 lies below 92. Both pass our specified criteria, but do not automatically create two independent opportunities. Choose either the first still-qualifying candidate or the newest one, assign a separate ID and retain the earlier points. B's appearance changes neither A's historical definition nor proves that either target will be reached.

Assumptions: Entirely hypothetical extrema. Each is confirmed only after one complete subsequent period: A is known at t = 9 and B at t = 13. We assume the supplied sequence is correctly confirmed; no complete OHLC detector is shown. Our strict custom geometry criteria are: point 3 below 1; point 4 between 1 and 2; point 5 below the 1–3 line; positive wedge width; and ETA later than point 5. Official material: Bill and Brian Wolfe: Seeing the Future.

How to trade a Wolfe Wave step by step

Step 1 — recognise the five points

Use an explicit pivot detector. In our example a Low must be strictly below its one completed left and right neighbor, with the High rule mirrored; ties fail. Point 5 at bar 8 is confirmed after bar 9. In the PL model, neighboring Lows 1.0985 and 1.0965 exceed its 1.0950. That supplies one local comparison, not complete OHLC for all pivots. No universal minimum hourly timeframe follows.

Step 2 — draw the lines and the zone

Keep the original EN prices as a separate geometry, using the newly assigned indices 0, 2, 4, 6, 8. Its L13=1.0820−0.0005 t and L24=1.0925−0.00075 t intersect at t42, price 1.0610. L14=1.0820+0.0010 t gives EPA1.1240 at 42. Point 5 is 20 pips below L13(8)=1.0780. The former illustrative 1.0930 equals L14(11) under these assigned times, not EPA at ETA. Without time coordinates those prices could not determine either result.

Step 3 — enter with confirmation from price

Only after the chosen confirmation time can this variant issue an order. A reversal candle, divergence or return across a line adds another condition requiring its own definition and data availability. Specify the actual Ask entry and later Bid exit, units, stop, fees, funding and expiry before calculating price risk. Neither point 5’s Low nor a later signal Close is an automatic fill.

Entry, stop and target — a hypothetical example

Test sensitivity on the separate PL model by changing only point 4 at t6. At 1.1090, L24=1.1135−0.00075 t intersects unchanged L13 at t54. The new target line is 1.1000+0.0015 t, giving 1.1810 at 54. A30-pip point change moved ETA39 bars. At point 4=1.1100, L24 has slope−0.0005, parallel to L13, so there is no finite intersection. Do not insert the new ETA into the old target line or treat 1.1810 as a forecast.

An exit can use a timed touch of a moving line, a completed Close beyond it or a fixed level saved at the decision. These differ. Record invalidation and a finite observation deadline. An ordinary stop can fill worse than its trigger; a nominally close stop does not establish favorable net reward-to-risk or a known maximum loss.

The most common mistakes when trading the Wolfe Wave

  1. Backdating a confirmed pivot to its extremum bar.
  2. Recording prices without time coordinates or mixing bar-index and elapsed-time axes.
  3. Confusing the edge intersection price with EPA on the 1–4 line.
  4. Overwriting an earlier candidate with the latest five points; retain separate IDs and a selection policy.
  5. Treating an indicator’s mutable final ZigZag point as a permanently known extremum.

The Wolfe Wave, the Three Drives and harmonic patterns

A Wolfe Wave uses five time-and-price points to define its wedge and EPA projection. Three Drives uses a sequence of three drives and intervening pullbacks with specified ratio and timing rules. XABCD patterns such as the Gartley and Bat use five named points joined by four legs. Record the appropriate coordinates and recognition rule for each structure rather than infer one pattern from another’s name.

What to do tomorrow to get comfortable with the Wolfe Wave

  1. Reconstruct the two distinct coordinate models. Store point times, prices and confirmation times, including unfinished and rejected candidates.
  2. Report line slopes, parallel/past intersections and sensitivity to point selection. Keep target-line values separate from observed market prices.
  3. Fix candidate-selection, exit and execution rules; add costs and evaluate complete rules outside the data used to select them. Twenty demo trades or reproducible geometry do not establish an edge.