Pivot Points — an intraday trading strategy that still works

Early on the morning of October 3, 2025, Marek opened his EUR/USD chart and saw a familiar setup. Price was drifting down towards the first support level calculated from the previous session, sitting at exactly 1.0832. He waited for the fifteen-minute candle to close, sketched a small hammer, and went long. Three hours later, when the rate brushed the daily pivot at 1.0871, he booked forty pips of profit. There was nothing inventive about it — he was using a strategy that has been working on the Chicago floors for a hundred years. This article explains what pivot points are, how to compute the classical formula, how to build day-trading setups around them, and how the popular variants — Camarilla, Woodie and Fibonacci pivots — differ from one another.

What pivot points are and where they came from

Pivot points are objective support and resistance levels derived once a session from three numbers: the previous day’s high, low and close. The formula is simple enough that you can run it in your head, and that simplicity is precisely why the technique has outlived a hundred fads. It was first used by floor traders on the Chicago Board of Trade in the first half of the twentieth century — in the era before screens, when the day’s key numbers were pencilled on a small card before the opening bell.

The idea is almost embarrassingly straightforward. Averaging three key prices from yesterday produces a neutral reference point — the market’s centre of gravity around which the next few hours of trading will play out. If the new session opens above that point, the day has a bullish lean. If it opens below, a bearish one. Everything else is symmetric projection upwards (the resistance levels R1, R2, R3) and downwards (the supports S1, S2, S3), spaced so that each successive level sits one full prior daily range from the last.

Why does this archaic indicator still earn its keep? Because real money reacts to real numbers. A retail trader in Warsaw and an institutional desk in London are looking at exactly the same R1 — and both know that somebody, somewhere, has an order resting there. The more eyes on the same number, the more reliable the reaction.

The classical Pivot = (H+L+C)/3 formula and its consequences

At the heart of the whole system is one equation: Pivot = (H + L + C) / 3. H is the previous session’s high, L the low, and C the close. That number — often shortened to PP, or simply the pivot — defines the centreline on the chart. Anything above it has a bullish tilt; anything below, a bearish one.

A useful property falls out of the table: the distance from R1 to R2 is identical to the distance from S1 to S2, and both equal yesterday’s range (H − L). In other words, if EUR/USD moved 80 pips yesterday, every successive support and resistance today will sit another 80 pips away from the one before it. The third levels, R3 and S3, are heavily stretched areas — on a typical trading day, price seldom reaches them. Based on the last five years of EUR/USD history, R3 or S3 has been touched on fewer than 10% of sessions.

Calculating pivot points by hand — a concrete example

Suppose the previous session on EUR/USD recorded a high of 1.0890, a low of 1.0810, and a close at 1.0860. We work through the formulas in order. The pivot is (1.0890 + 1.0810 + 1.0860) / 3, which gives 1.0853. R1 is 2 × 1.0853 minus 1.0810, or 1.0896. S1 is 2 × 1.0853 minus 1.0890, or 1.0816. R2 comes in at 1.0853 + (1.0890 − 1.0810), so 1.0933. S2 sits at 1.0853 − 0.0080, that is 1.0773. R3 reaches 1.0890 + 2 × (1.0853 − 1.0810), or 1.0976, and S3 drops to 1.0810 − 2 × (1.0890 − 1.0853), or 1.0736.

Those numbers will hold throughout the next trading session, from the previous day’s close (usually 22:00 CET, right after the New York bell) until the following close. That is the crucial difference between pivot points and hand-drawn supports — pivots are dynamic from day to day but fixed within a single session. You cannot nudge them because you do not like the fact that price ignored one. That is what objectivity in technical analysis really looks like.

Three classical day-trading setups

The levels alone are not enough. They become useful only when paired with a concrete strategy that turns them into a statistical edge. The three most common approaches in FX day trading are the bounce off first support or resistance, the breakout through the pivot, and the reversal at the R3 or S3 extreme.

1. Bounce off R1 or S1. The most common — and historically the most reliable — setup. Price drifts down to S1 during a correction in a sideways market, prints a reversal candle (a hammer, a pin bar or a bullish engulfing), and starts climbing back towards the pivot. You enter long after the confirmation candle closes, place a stop a few pips below its low, and target the pivot. A reward-to-risk ratio of 1:1.5 is realistic, with a hit rate of 58–62% on liquid pairs.
2. Momentum breakout through the pivot. Price opens the session below the pivot, consolidates for several hours, and then an hourly candle closes decisively above the pivot on heavy volume (or a strong trend-continuation candle). That is the signal the day is turning bullish. You enter on the first pullback to the pivot, place a stop below the breakout candle, and target R1 or R2 depending on the size of the daily range. The hit rate is lower, around 50–55%, but at a reward-to-risk of 1:2 or 1:3, the system still produces a positive expected value.
3. Reversal at R3 or S3. Extreme levels are rarely touched, but when they are, the probability of a pullback is high — because the market is at the edge of its statistical range. The setup: price tags R3, prints a pin bar or evening star on the fifteen-minute chart, you sell short with a stop above the pin bar high, target R2. Use sparingly — this is counter-trend trading, and it works best on days clear of macro events.

The Camarilla variant — eight levels for the scalper

Camarilla is a pivot variant developed in 1989 by a trader named Nick Stott. Instead of three levels on each side, it generates four — H1, H2, H3, H4 above the previous close, and L1, L2, L3, L4 below. Each is calculated as yesterday’s close plus or minus a shrinking fraction of the daily range. Critical for the strategy are the H3/L3 pair (the boundary of the expected range-bound region) and the H4/L4 pair (the breakout signal).

The classical Camarilla play assumes that when price opens between H3 and L3 and remains there for most of the day, you fade the extremes: short at H3, long at L3, with targets inside the zone. If price breaks H4 or L4 with momentum, you flip the logic — it is now a breakout beyond the day’s expected range, and you trade in the direction of the move. Camarilla is a favourite among scalpers on the one- and five-minute charts because the levels are close together and frequently tagged. That is also its weakness: inexperienced traders lose money on it precisely because every wobble looks like a setup, and most are just noise.

The Woodie variant — when the close carries more weight

Tom Woodie Williams, an Australian trader and educator from the nineties, noticed something simple: the previous session’s closing price carries more informational content than the high or the low. The high can be the result of a momentary spasm, the low a reaction to a single bad data print — the close, on the other hand, reflects the consensus of market participants at the end of a full trading day. That observation produced his modification of the classical formula, in which the close enters the equation twice.

Woodie’s formula is Pivot = (H + L + 2 × C) / 4. The other levels (R1, R2, S1, S2) come from slightly modified equations, but from the retail trader’s point of view the most consequential difference is the displaced central pivot. On days when the previous session closed near one extreme of its range — say, EUR/USD ramped through resistance and held the gains into the close — the Woodie pivot will sit noticeably higher than the classical one. A trader who knows both versions gets an extra piece of information: when the two pivots are close together, the day will probably be quiet; when they are far apart, the gap between them is likely to be retested aggressively.

In my own practice, Woodie shines on days that followed a major macroeconomic event the previous evening — a Fed decision, a CPI release, an NFP print. In those cases the close genuinely reflects a new consensus, and a pivot that gives the close extra weight describes the structure of the day ahead more accurately than the classical average.

Fibonacci pivots — when simple multiplication is too crude

Fibonacci pivots keep the classical pivot calculation but apply different multipliers to the support and resistance levels. Instead of the full daily range, they use Fibonacci proportions: 0.382 for the first level, 0.618 for the second, and 1.000 for the third. R1 becomes Pivot + 0.382 × (H − L), R2 is Pivot + 0.618 × (H − L), and R3 is Pivot + 1.000 × (H − L). The supports mirror these down from the pivot.

The practical consequence is that the first Fibonacci levels sit closer to the pivot than their classical equivalents. On EUR/CHF, with a typical daily range of 40 pips, the classical R1 falls 40 pips above the pivot, but the Fibonacci R1 is only 15 pips away. For a trader working in low-volatility pairs (CHF, JPY during quiet stretches, some of the cross rates) that precision matters — it is easier to enter the right zone without waiting for a move that simply will not come.

On the other hand, Fibonacci pivots work less well on volatile instruments. On GBP/USD or XAU/USD the first Fibonacci levels are so close to the pivot that they collapse into noise — price crosses them in minutes, and a stop loss placed just beyond will be taken out by the next normal swing. On those instruments the classical formula and its wider spacing are more practical. As ever in technical work, the tool has to suit the instrument, not the other way around.

“The market is never so bullish as at the very top, nor so bearish as at the very bottom. The best signals are those that tell you where you are, not where you ought to be.” — Jesse Livermore, in words attributed to him by Edwin Lefèvre in Reminiscences of a Stock Operator, 1923.

Common mistakes and what is really worth taking away

Pivot points look simple, but inexperienced traders repeat the same three mistakes on them. The first is treating a level as a line rather than a zone — price rarely stops at exactly 1.0896, more often it oscillates within a ten-pip band. A stop loss placed four pips above resistance will be triggered in the first ten minutes. A realistic zone width is ten to fifteen pips on EUR/USD, somewhat more on volatile pairs.

The second mistake is trading pivot points in isolation. The fact that price has tagged S1 is not enough to open a position. You need confirmation — a reversal candle, an RSI divergence, a higher-timeframe support level. Without it, your strategy degenerates into entering every level touch at random, and the statistics will not be kind. Professional traders use pivot points as one of three to five filters, never as the only signal.

The third mistake is ignoring the macro backdrop. On days with NFP releases, ECB decisions or Fed chair speeches, price can rip through R3 or S3 in minutes, as if the levels were not there at all. Pivot points are a tool for normal trading days — in the hours leading up to or following a major data print, you either drop them from the decision process or at least double the stop width. See how to read the economic calendar to know when to put the pivots away.

What is worth carrying away from this article? Pivot points are not a magical formula but an organised way to draw the same levels that other traders are looking at. The classical Pivot = (H+L+C)/3 formula will serve you in nine cases out of ten. Camarilla will help a scalper on the one-minute charts, Woodie comes into its own after big macro events, and Fibonacci pivots are a quiet-pair specialist. A 55–60% hit rate at a reward-to-risk ratio of 1:1.5 or 1:2 is enough to compound positive expected value over time — provided you do not scalp in panic, do not skip confirmations and do not fight the macro calendar.

Related reading: how to draw support and resistance — without them, pivot points lack full context; Fibonacci retracement — a natural complement to pivot levels for in-trend pullbacks; the complete breakout playbook — an alternative breakout framework that pairs well with the Camarilla H4/L4 concept.