Measured Move Pattern: Using Equal Legs to Set Price Targets

A stock rallies hard, cools off for a couple of weeks, and then starts climbing again. The obvious question is how far the second climb might go. The measured move pattern gives one simple answer: the second leg of a trend often travels roughly the same distance as the first. Measure the first leg, add it to the low of the pullback, and you have a price target to work with.

That’s the whole idea in one line. The useful part is everything around it: how to spot a clean setup, how to measure it properly, what the data says about how often the target actually gets hit, and why you should treat the projection as a zone rather than a promise. We’ll go through all of it, with a worked example on illustrative numbers.

What is a measured move pattern?

A measured move is a three-swing structure. Traders usually label the turning points A, B, C and D:

• A to B is the first leg, the initial impulse in the direction of the trend.
• B to C is the correction, a countertrend pullback (in an uptrend) or bounce (in a downtrend).
• C to D is the second leg, which the pattern assumes will roughly match A to B.

John Murphy’s classic textbook, Technical Analysis of the Financial Markets, describes it as a major advance or decline divided into two equal and parallel moves. In his version, the correction from B to C retraces about a third to a half of the first leg before the next leg starts. A useful summary of Murphy’s description is on this measured moves lesson, which also ties the concept to flags and pennants. Those consolidation patterns tend to show up around the halfway point of a move, which is the same logic in a smaller frame.

You’ll also see the pattern called AB=CD or “equal legs”. The harmonic traders’ version adds strict Fibonacci ratios for the BC retracement. The plain measured move is looser, and frankly more practical for most swing traders.

The measured move formula

For an uptrend, the projection is:

Target D = C + (B − A)

For a downtrend, flip it:

Target D = C − (A − B)

Here A is where the first leg starts, B is where it ends, and C is the end of the correction. Nothing more complicated than that. The math takes ten seconds. The hard part is choosing A, B and C honestly, without nudging the points so that the target lands where you’d like it to.

The arithmetic of a measured move takes ten seconds. The discipline is in picking A, B and C without bending them to fit the target you already want.

What the data says: Bulkowski’s numbers

Thomas Bulkowski, author of the Encyclopedia of Chart Patterns, publishes statistics on measured moves on his site. His figures come from his own pattern study rather than Indian market data, so read them as a rough guide to how the pattern behaves, not as numbers that will carry over neatly to Nifty stocks.

For the measured move up, based on over 1,000 trades in a bull market, Bulkowski reports:

• An average first-leg rise of 36% in 38 days.
• An average corrective retrace of 48% (of the first leg) in 27 days.
• An average second-leg rise of 31% in 33 days.
• 60% of patterns meeting the price target.

For the measured move down, based on more than 950 trades in a bull market, the figures are an average first-leg decline of 20% in 26 days, a 48% average corrective retrace in 21 days, an average last-leg decline of 21% in 27 days, and only 43% meeting the price target.

Two things jump out. First, on average the second leg of the up pattern came in a bit shorter than the first: 31% against 36%. Bulkowski says it plainly: the ideal is two equal legs, but reality falls short of expectations. Second, a 60% hit rate for the up version (and 43% for the down version) is a long way from certainty. If you run the full-distance target on every setup, you’ll be wrong a lot.

Bulkowski also notes that the larger the corrective retrace, the better the chance of meeting the target. That’s a useful filter. A shallow, nervous pullback is less reliable than a proper correction that shakes out weak hands before the next leg.

Bulkowski’s adjusted measure rule

Because the second leg tends to come up short, Bulkowski suggests a more conservative target. Instead of adding the full first-leg length to C, he multiplies the first-leg length by the percentage of patterns that meet the target, and then adds that to C. For the up version, that means using 60% of the first leg.

So the two versions look like this:

• Classic target: C + (B − A)
• Conservative target: C + 0.60 × (B − A), using Bulkowski’s 60% figure for measured moves up

Many traders use the conservative number as a first profit-booking level and the classic number as a stretch target. That way the pattern pays something even when the second leg runs out of steam early.

A worked example (illustrative numbers)

Let’s take a made-up stock, which we’ll call XYZ Industries. These prices are purely illustrative, not real market data.

• Point A: the stock bottoms at ₹400 after a long decline.
• Point B: it rallies to ₹500. The first leg is ₹100.
• Point C: it pulls back to ₹455. That’s a correction of ₹45, or 45% of the first leg, which is inside the “third to a half” zone Murphy describes.

Classic target: ₹455 + ₹100 = ₹555.

Conservative target: ₹455 + (0.60 × ₹100) = ₹455 + ₹60 = ₹515.

Now the trade plan. Bulkowski’s own trading tip is to buy once the second leg begins from C and to close the trade if price drops below the corrective low at C. In practice most traders wait for some confirmation that C is actually the low. That could be a higher low on a shorter timeframe, a break above a minor swing high in the correction, or a bullish candle with decent volume.

Say we enter at ₹465 once the bounce is confirmed, with a stop a little below C at ₹450. Risk per share is ₹15.

• To the conservative target (₹515), the reward is ₹50, about 3.3 times the risk.
• To the classic target (₹555), the reward is ₹90, or 6 times the risk.

Those ratios look generous, and that’s the appeal of the pattern. But remember the hit rates above. A good reward-to-risk ratio only helps if you also size the position so that the losing trades, which will come, don’t hurt much. Our guide to Fibonacci extension levels is a good companion here, because a measured move target that lines up with a 161.8% extension gives you two independent reasons to expect a reaction at that price.

How to spot a clean measured move

Most failed measured moves weren’t really measured moves to begin with. Some practical checks before you trust one:

• A clear first leg. The A to B move should be obvious on the chart without squinting. Messy, overlapping candles make it hard to say where the leg started.
• A real correction. The pullback should be visible as its own swing. Bulkowski’s data favours larger retraces. Murphy’s rule of thumb is a third to a half.
• The correction shouldn’t break A. In an uptrend, if price falls below the start of the first leg, the structure is gone. That’s not a pullback any more.
• Volume behaviour. Ideally volume expands on the first leg, dries up during the correction and picks up again as the second leg starts.
• Room overhead. Check whether there’s heavy resistance between C and the target. Bulkowski’s tip is to close out near the target, or earlier if overhead resistance is thick near it.

The same logic sits behind the ABCD pattern, which is the stricter, Fibonacci-based cousin. If you already trade ABCD setups, the measured move is the same skeleton with fewer rules.

Where the measured move pattern goes wrong

On Indian charts, as anywhere else, these setups tend to disappoint in a few familiar ways.

The second leg runs short. This is the most common outcome, and the data backs it up. Plenty of second legs stall well before matching the first, often at an old resistance level.

The correction turns into a reversal. What looks like a 45% pullback can easily keep going until it wipes out the entire first leg. If C breaks, accept that the read was wrong and get out.

News overrides geometry. Quarterly results, an RBI policy surprise or a sharp move in global markets can blow straight through any projected level. The pattern knows nothing about the calendar, so check for scheduled events before you enter.

Timeframe confusion. A measured move on a 15-minute chart and one on a weekly chart can point in opposite directions at the same time. Pick the timeframe that matches your holding period and stick to it.

A measured move doesn’t know there’s a results announcement next Tuesday. Check the calendar before you trust the geometry.

Measured moves vs other projection methods

Almost every classical chart pattern comes with some kind of measuring rule. With a head and shoulders, you project the distance from the head to the neckline. With a flag, you measure the flagpole. Double tops, double bottoms and triangles all use their own height. The measured move is the most general version of that idea: trends tend to unfold in legs of comparable size.

Because so many traders use these projections, some of the effect may be self-fulfilling. Orders cluster around obvious targets, and price reacts there partly because everyone is watching the same spot. That’s not a reason to dismiss the method. It’s a reason to treat the target as a zone where something is likely to happen, whether that’s a pause, a pullback or a reversal.

Putting the measured move pattern to work

A simple routine that keeps the pattern honest:

1. Mark A, B and C on a daily chart before you look at any target.
2. Check that BC is a genuine correction and hasn’t broken A.
3. Calculate both targets: the classic C + (B − A), and the conservative version using 60% of the first leg.
4. Look for confluence: old resistance, a Fibonacci extension or a round number near either target.
5. Enter only after C is confirmed, with a stop below C.
6. Book part of the position at the conservative target and trail the rest.

Used this way, the measured move becomes a planning tool rather than a prediction. It tells you roughly where a trade could reasonably go, and it gives you a clear exit if the structure breaks. For the bigger picture on reading Indian charts, our technical analysis guide for Indian stocks covers the other tools that pair well with it.

Disclaimer: This article is for information and education only and is not investment advice. The prices in the example are illustrative and do not refer to any real stock. Trading involves risk, including the loss of capital. Please consult a SEBI-registered adviser before making investment decisions.