Direct Answer

Camarilla pivot points are eight intraday support and resistance levels, S1 through S4 below the prior close, and R1 through R4 above it, calculated from the prior period's high, low, and close using a fixed 1.1 scaling constant. Unlike standard pivot points, every Camarilla level is anchored directly to the close, which clusters the levels more tightly around it and makes them a common reference for range-bound, mean-reversion setups as well as breakout triggers at the outer R4/S4 bands.

Key Takeaways

  • Camarilla pivot points produce eight levels per period: S4, S3, S2, S1 below the close, and R1, R2, R3, R4 above it.
  • Every level is derived from the prior period's Close plus or minus a fraction of the High-Low Range, scaled by a constant of 1.1.
  • The 1.1 scaling constant and the divisors (2, 4, 6, 12) cluster R3/R4 and S3/S4 more tightly around the close than standard pivot formulas do.
  • R3/S3 are commonly treated as the first meaningful intraday resistance/support in range-bound conditions.
  • R4/S4 are the outer bands, often watched as potential breakout or breakdown triggers when price closes beyond them.
  • Camarilla levels are typically recalculated once per session using the prior day's high, low, and close.
  • The tool was developed for intraday futures and equity trading but can be computed for any liquid market or timeframe.
  • Like all support/resistance tools, Camarilla levels work best alongside volume, trend context, and other confirmation, not in isolation.

What Are Camarilla Pivot Points?

Camarilla pivot points are a variant of classic pivot-point analysis designed to give intraday traders a denser set of reference levels than a single central pivot. Instead of computing one pivot and spacing support/resistance levels loosely around it, the Camarilla formula anchors all eight levels directly to the prior period's closing price and scales each one by a fraction of the prior high-minus-low range.

The result is a ladder of levels, four resistance levels above the close (R1 through R4, in ascending order) and four support levels below it (S1 through S4, in descending order), that are tighter and more symmetric around the close than the levels produced by traditional pivot-point methods.

Camarilla Pivot Point Formula

Camarilla levels are calculated from the prior period's high (H), low (L), and close (C). First, compute the prior range:

Range = H − L

Each resistance and support level then uses the same structure, changing only the divisor:

  • R4 = C + (Range × 1.1) / 2
  • R3 = C + (Range × 1.1) / 4
  • R2 = C + (Range × 1.1) / 6
  • R1 = C + (Range × 1.1) / 12
  • S1 = C − (Range × 1.1) / 12
  • S2 = C − (Range × 1.1) / 6
  • S3 = C − (Range × 1.1) / 4
  • S4 = C − (Range × 1.1) / 2

The 1.1 constant and the divisor sequence (2, 4, 6, 12) are fixed by the original formula; they are what produce the characteristic clustering of levels close to R1/S1 and the wider spacing out toward R4/S4.

Worked Example (Hypothetical)

Consider a hypothetical scenario in which a stock's prior session printed a high of $105.00, a low of $98.00, and a close of $102.00. These figures are illustrative only and are not drawn from any real security.

Range = $105.00 − $98.00 = $7.00. Applying the formula for each level:

  • R4 = 102.00 + (7.00 × 1.1) / 2 = $105.85
  • R3 = 102.00 + (7.00 × 1.1) / 4 = $103.93
  • R2 = 102.00 + (7.00 × 1.1) / 6 = $103.28
  • R1 = 102.00 + (7.00 × 1.1) / 12 = $102.64
  • S1 = 102.00 − (7.00 × 1.1) / 12 = $101.36
  • S2 = 102.00 − (7.00 × 1.1) / 6 = $100.72
  • S3 = 102.00 − (7.00 × 1.1) / 4 = $100.08
  • S4 = 102.00 − (7.00 × 1.1) / 2 = $98.15

In this hypothetical illustration, a trader watching the next session might treat $103.93 (R3) and $100.08 (S3) as the first levels where a range-bound reaction is plausible, and treat a sustained close above $105.85 (R4) or below $98.15 (S4) as a signal that the prior day's range has broken down.

Why Camarilla Pivot Points Matter

Camarilla levels give intraday traders a repeatable, rules-based way to mark potential turning points and breakout triggers before a session opens, without waiting for price action to establish new levels in real time. Because the formula is deterministic and derived purely from the prior session's high, low, and close, the same levels can be plotted consistently across charting platforms and instruments, which is part of why the tool remains widely referenced in intraday and futures trading education.

The tighter clustering of R3/S3 relative to the close is often cited as the tool's key distinction from standard pivot-point formulas: it produces levels traders associate more directly with the current session's likely trading range, while the outer R4/S4 bands serve as a separate, wider threshold for identifying when that range has failed.

Limitations and Common Mistakes

  • Treating every level as equally significant. R1/S1 and R2/S2 sit close to the close and are crossed frequently intraday; traders who react to every touch generate excessive, low-conviction signals.
  • Ignoring the broader trend. Camarilla levels are calculated purely from the prior session's range and say nothing about the multi-day or multi-week trend context a price move is occurring within.
  • Assuming R4/S4 breakouts always continue. A close beyond R4 or S4 is commonly read as a breakout signal, but price can reverse back inside the range shortly after, particularly on lower-volume sessions.
  • Applying the formula to illiquid instruments. Like any support/resistance tool, Camarilla levels are less reliable on thinly traded securities where the prior day's high/low may reflect a single outlier print rather than genuine supply/demand.
  • Using stale inputs. Levels must be recalculated from the correct prior period's high, low, and close each session, carrying forward an old range produces levels that no longer reflect current volatility.
  • Trading levels in isolation. Many practitioners pair Camarilla levels with volume, candlestick confirmation, or a higher-timeframe trend read rather than acting on a level touch alone.

Not All Eight Levels Deserve Your Attention

The Camarilla formula divides the prior range by 12, 6, 4 and 2 before scaling by 1.1, which means the inner levels sit close to the previous close by construction. R1, S1, R2 and S2 are therefore crossed routinely during an ordinary session, and reacting to each touch produces a stream of low-conviction signals generated by arithmetic rather than by anything happening in the market.

That structure is also what gives the tool its two distinct uses. The third levels are where the range-bound reading lives, the first place many traders treat as meaningful intraday resistance or support. The fourth levels sit at the outer edge and are watched as breakout territory. Deciding which of those two modes you are in before the session starts is more useful than watching all eight and reacting to whichever gets touched.

A close beyond R4 or S4 is a breakout signal in the same sense any breakout signal is one, which is to say it fails regularly, particularly on quiet sessions where the move was produced by little participation. The level being calculated rather than drawn does not make the break more reliable.

Two inputs limit how much any of this is worth. Every level derives from a single prior session high, low and close, so a thinly traded instrument where that high was one outlier print produces levels anchored to noise. And the calculation contains no information about the multi-day trend the session sits inside, which has to come from somewhere else entirely.

Frequently Asked Questions

What are Camarilla pivot points?

Camarilla pivot points are a set of eight support and resistance levels (S1-S4 and R1-R4) calculated from the prior period's high, low, and close. They were developed for intraday trading and are most often applied to the previous day's range to project levels for the current trading session.

How are Camarilla pivot points calculated?

Each level starts from the prior period's close and adds or subtracts a fraction of the prior high-minus-low range, scaled by a constant of 1.1. Resistance levels are Close + Range x 1.1 / divisor, and support levels are Close - Range x 1.1 / divisor, where the divisor is 2 for R4/S4, 4 for R3/S3, 6 for R2/S2, and 12 for R1/S1.

What is the difference between Camarilla and standard pivot points?

Standard pivot points derive a single central pivot from the average of the prior high, low, and close, then space support and resistance levels relatively far from it. Camarilla pivot points anchor every level to the close itself and cluster R3/R4 and S3/S4 more tightly around that close, which is why they are more associated with range-bound, mean-reversion approaches.

How do traders use R3/R4 and S3/S4 levels?

R3 and S3 are commonly treated as the first meaningful intraday resistance and support levels, with some traders looking for reversals there in range-bound conditions. R4 and S4 sit further out and are sometimes treated as breakout levels: a sustained move beyond R4 or below S4 is read by some traders as a signal that the range has failed and a trending move may be underway.

Do Camarilla pivot points work on all timeframes and markets?

Camarilla pivot points can be calculated on any prior period's high, low, and close, so they can technically be applied to any timeframe or liquid market. They were originally popularized for intraday equity and futures trading using the prior day's range, and their reliability, like any support/resistance tool, depends heavily on the liquidity and volatility of the specific instrument.

Why are Camarilla levels centred on the close rather than on an average price?

That is the structural difference from the classic family. Classic pivots build every level from a central pivot that averages the prior high, low and close, so the whole set sits around a synthetic midpoint. Camarilla levels are computed outward from the prior close itself, so they cluster around the last price actually traded. The two therefore place their levels differently even when the prior session was identical.

What happens to Camarilla levels after an unusually wide-range session?

They widen proportionally, because every level is the prior close plus or minus a fraction of the prior range. One outlier session therefore produces a set of unusually distant levels for the following day, which may sit far outside anything the market goes on to trade. Nothing in the formula distinguishes a genuine expansion in volatility from a single disorderly session.

Do Camarilla levels work in a market with no daily close?

They require a session boundary, and a market trading around the clock has none, so one has to be imposed. Whichever cutoff is chosen determines the close and the prior range, and therefore every one of the eight levels. Two traders using different session conventions on the same instrument generate different level sets, neither of which is the correct one.

Are Camarilla levels recalculated during the session?

No. Once the prior period has closed, all eight levels are fixed for the session ahead and do not move regardless of what price does. That is what makes them objective reference points rather than adaptive ones, and it is also the limitation: a level computed from yesterday range carries no information about what has happened since the open.

References

Disclaimer

This page is for educational purposes only and does not constitute investment, financial, or trading advice. Pivot-point levels like Camarilla reflect historical price behavior and do not guarantee future results; the example on this page uses illustrative, hypothetical figures, not live or historical market data. Swoopr Investment is not a licensed investment advisor; consult a qualified professional before making investment decisions.