Add yesterday's high, low and close. Divide by three. That is the pivot. Everything else follows from it: R1 is twice the pivot minus the low, S1 is twice the pivot minus the high, R2 is the pivot plus the previous range, S2 is the pivot minus the range, and R3 and S3 extend the same idea one step further.
A trader in the S&P pit in the 1980s could run that on the back of an order card in a minute and walk in with seven levels for the session. The reason it survived the move to screens is not that the formula predicts anything. It is that the inputs are unambiguous and public, so everybody who computes it gets the identical number, and a level a large number of people can see is a level where orders cluster.
The variants, and what each one assumes
Three sets are in common use and they answer slightly different questions.
Classic, described above, spaces the levels by the previous day's full range. It assumes today will behave roughly like yesterday in scale, which makes it useful in ordinary conditions and badly calibrated the day after a range that was three times normal.
Fibonacci pivots keep the same central pivot and place the supports and resistances at 0.382, 0.618 and 1.000 of the previous range instead. The inner levels come in tighter, which suits markets that respect proportional retracements. If you already work with Fibonacci retracements, these will feel consistent with the rest of your chart.
Camarilla pivots use multipliers of the previous range applied around the close rather than the pivot, and produce four levels either side that sit much closer together. The design intent is mean reversion: the third level either side is treated as the reversal zone, the fourth as a breakout trigger. In quiet ranges Camarilla gives you a workable structure. In a trending session it hands you a stream of failed fades.
The input problem that ruins most pivot setups
Classic pivots need yesterday's high, low and close. Forex trades continuously from Sunday evening to Friday evening, so there is no natural close, and the platform picks one for you.
A broker whose server clock sits at GMT+2 closes the daily candle at 5pm New York. A broker on GMT+0 closes it at midnight London. Same market, same week, different high, low and close on the daily bar, and therefore different pivots. Two traders comparing charts will not understand why their R1 differs by fifteen points until one of them checks the server time. Our note on candle close times covers the mechanics, and the practical answer is to standardise on the 5pm New York close, because that is what the majority of feeds and most published pivot tables use, which is what makes the level crowded in the first place.
If your platform's daily candle closes at a time nobody else uses, your pivots are private levels. The entire argument for trading them, that many participants see the same number, disappears.
How they are actually traded
Two families of approach, and the choice depends on what the session is doing rather than on the levels themselves.
The mean reversion trade treats the central pivot as the day's fair value and the outer levels as extremes. Price runs to S2 early in the London session, fails to make a new low, and the trade is long back toward the pivot with the stop below S3. This works in ranging conditions and stops working immediately in a trend, which is why it pairs with the filters described in range trading.
The breakout trade uses the same lines as trigger levels. A clean break of R1 with the session already trending, holding above on the retest, targets R2. This is the London breakout logic applied to a computed level rather than to the Asian range, and it fails in exactly the conditions the reversion trade works in.
Neither is a strategy on its own. The level tells you where, not whether. The most reliable use is confluence: a pivot that lands on a prior swing, a round number, or an established support and resistance zone deserves attention, and a pivot sitting alone in open space rarely does.
Weekly and monthly pivots
The same formula applied to last week's or last month's high, low and close produces levels that swing traders use as structure. They are far fewer and far more durable: a weekly pivot that price is grinding against on Wednesday is describing the whole week's balance, not one session's noise.
A useful habit is to keep weekly pivots on the chart permanently and add daily ones only for the session you are trading. The daily set clutters a four hour chart to the point of uselessness, while the weekly set gives an intraday trader a sense of where the larger structure sits without another indicator. That layering also fits the way multiple timeframes are supposed to work: the higher level frames the bias, the lower one times the entry.
Why they still hold up in 2026
Nothing about pivot points is sophisticated, and that is the point. They are a deterministic function of published data, so they are self-consistent across every trader who computes them the same way. Algorithms placed by execution desks reference them. Retail platforms plot them by default. Published daily tables on financial sites use them. That accumulated attention is the mechanism, and it does not depend on the formula having any predictive content at all.
The failure mode is treating them as forecasts. A level is a place where a decision gets made by enough participants to leave a trace. It is not a reason to be in a trade, and no set of computed lines removes the fact that leveraged trading carries a high risk of loss. Use them to locate risk, size the position against the distance to the next level, and let the rest of your process decide direction.
"Pivots work because thousands of people compute the identical number overnight and put orders near it. Change the session you compute from and you are drawing a level nobody else can see."
— Alex Onta, Executive Director, SINGUARD
Key Takeaways
- The classic pivot is the average of the previous session's high, low and close, with supports and resistances derived from the same range.
- Camarilla clusters levels tightly around the close for mean reversion; Fibonacci pivots space them by retracement ratios instead.
- In forex the daily close depends on your broker's server time, so a non-standard close produces pivots nobody else in the market is watching.
- Pivots locate where a decision may happen; they carry no directional information and need a separate read on trend or range.
Frequently Asked Questions
How are pivot points calculated?
The classic pivot is the previous session's high plus low plus close, divided by three. R1 is twice the pivot minus the low, S1 is twice the pivot minus the high, and R2 and S2 add or subtract the previous session's full range from the pivot.
Which session close should forex pivot points use?
The 5pm New York close is the most widely used, because most data feeds and published pivot tables are built on it. If your platform's server time closes the daily candle elsewhere, your levels will differ from the ones other participants are watching.
Are Camarilla pivots better than classic pivots?
They are built for a different purpose. Camarilla levels sit much closer together and are designed for fading moves back toward the close, which suits ranging sessions and performs poorly in trends. Classic pivots space out with the previous range and are more neutral.
About the Author
Alex Onta is an Executive Director at SINGUARD. He built eTrader, the terminal, the mobile apps, eTrader Broker, Copytrading, Business and Community, along with the worldwide clustered-server infrastructure it all runs on, with his brother Roman Onta helping on the design, and he leads that division today. Together with Roman he builds the Prop Firm CRM, the Broker CRM, Scalegram and CopySignals, and the two of them carry worldwide compliance, payment processing and international business structuring side by side. He lives and works in Dubai for most of the year. Meet the executive duo leading Singuard's five divisions.