Pivot Point Calculator
Turn yesterday's high, low and close into today's support and resistance map. Switch between Classic, Fibonacci, Camarilla and Woodie methods to see how each one reads the same session.
| Level | Price |
|---|
How to read pivot levels
Where price tends to return
The pivot point (PP) is the average of the prior session's high, low and close. It acts as an intraday bias line — price above it favors bulls, below it favors bears.
Tighter levels react more often
R1 and S1 are the most-tested levels on a normal day. R2/S2 and R3/S3 only matter on strongly trending days — reaching them signals momentum, not just rotation.
Classic is the default for a reason
Classic/Standard pivots are the most widely watched, making them effective on liquid instruments precisely because everyone else is watching the same levels. Camarilla suits tighter, scalping-style ranges.
What are pivot points?
Pivot points are a set of price levels calculated from the previous trading session's high, low, and close, used to anticipate where the current session's support and resistance might form. Unlike moving averages or other lagging indicators, pivot levels are fixed for the entire session once calculated — they don't repaint or shift as new price data comes in during the day, which is part of why they remain a default feature on nearly every charting platform and trading terminal.
Because pivot levels are calculated identically by every trader using the same method on the same data, they tend to become somewhat self-fulfilling: enough market participants watch the same R1, S1, and central pivot levels that price action genuinely does react around them more often than chance alone would suggest.
How traders actually use pivot levels
The central pivot point (PP) acts as an intraday bias line. Price trading above PP for the session is generally read as a bullish bias; below PP, a bearish bias. From there, resistance levels (R1, R2, R3) sit above the pivot and support levels (S1, S2, S3) sit below it, each progressively further from the pivot and progressively less likely to be tested on a typical day.
R1 and S1 are the levels most frequently tested on an ordinary trading day — many intraday traders watch for a reaction (a bounce or a rejection) at these first levels. Price reaching R2/S2 or beyond typically signals a stronger trending day rather than a normal range-bound session.
Classic pivot points: the formula
The Classic (also called Floor or Standard) method is the most widely used, and the default on most platforms:
PP = (High + Low + Close) ÷ 3
R1 = 2PP−Low | S1 = 2PP−High | R2 = PP+(High−Low) | S2 = PP−(High−Low)
R3 and S3 extend the pattern further: R3 = High + 2×(PP − Low), and S3 = Low − 2×(High − PP). All values derive from just three numbers — the prior session's high, low and close — making this the simplest pivot method to calculate and verify by hand.
Fibonacci, Camarilla and Woodie: how they differ
Fibonacci pivots
- Same central PP as Classic
- R1/S1, R2/S2, R3/S3 placed at 38.2%, 61.8%, and 100% of the prior range from the pivot
- Aligns pivot analysis with Fibonacci ratios many traders already track separately
Camarilla pivots
- Anchored to the prior close, not the floor average
- Four tighter levels per side, derived from 1.1× the prior range
- Designed for mean-reversion and scalping in range-bound conditions
Woodie pivots take a different approach again: PP = (High + Low + 2×Close) ÷ 4, double-weighting the closing price. This shifts the pivot toward the session's final consensus price, which is common in futures markets where the settlement price carries particular significance.
A worked example, step by step
Using the previous session's High ₹150, Low ₹100, and Close ₹120 (Classic method):
| Level | Calculation | Value |
|---|---|---|
| PP | (150+100+120) ÷ 3 | ₹123.33 |
| R1 | 2×123.33 − 100 | ₹146.67 |
| S1 | 2×123.33 − 150 | ₹96.67 |
| R2 | 123.33 + (150−100) | ₹173.33 |
| S2 | 123.33 − (150−100) | ₹73.33 |
With the pivot at ₹123.33, a session opening and holding above this level would be read with a bullish intraday bias, watching R1 at ₹146.67 as the first resistance level likely to see a reaction.
Choosing the right method for your style
- Classic/Standard — the right default for most traders, especially on liquid instruments, precisely because it's the most widely watched.
- Fibonacci — a good fit if you already use Fibonacci retracements elsewhere in your analysis, for consistency across tools.
- Camarilla — suited to tighter, range-bound, scalping-style approaches given its closer-spaced levels.
- Woodie — common among futures traders who want the settlement price weighted more heavily.
Common pivot point mistakes to avoid
- Treating every level as equally significant. R1/S1 are tested far more often than R3/S3 — price reaching the outer levels is itself meaningful information about how strongly the session is trending.
- Using pivot points in isolation. Pivot levels work best as one input alongside other technical context (volume, trend, prior support/resistance), not as a standalone signal generator.
- Mixing data sources inconsistently. Always use the same exchange/session data source for the high, low and close inputs — mixing intraday and official settlement data produces inconsistent pivots day to day.
- Forgetting these are probabilistic, not deterministic. Price reacting at a pivot level happens often enough to be useful, not every single time — treat reactions as a probability edge, not a guarantee.
How to use this calculator
- Enter the previous session's High, Low, and Close.
- Switch between Classic, Fibonacci, Camarilla, and Woodie methods to compare how each reads the same session.
- Use the resulting levels alongside your existing chart analysis — not as a standalone trading signal.
- Pair this with the Fibonacci Calculator for retracement levels drawn from a specific swing, for additional confluence.
Frequently asked questions
Pivot points tend to be more reliable on liquid, heavily traded instruments like major indices (Nifty, Bank Nifty) and large-cap stocks, simply because more market participants are watching and reacting to the same levels. Thinly traded stocks see less of this self-fulfilling effect.
None is universally "more accurate" - they're different lenses on the same underlying session data, suited to different trading styles. Classic/Standard is the most widely watched (and therefore often the most reactive on liquid instruments simply due to that wide adoption), while Camarilla suits tighter, range-bound approaches and Woodie suits futures traders who weight the settlement price more heavily.
Yes. Pivot points are calculated fresh each session from the previous session's high, low, and close, so they should be recalculated daily using the most recent completed session's data.
The standard daily pivot calculation is built for intraday use. For swing trading, some traders calculate weekly or monthly pivots instead, using the prior week's or month's high, low, and close as inputs to the same formulas - this calculator's formulas work identically regardless of which timeframe's OHLC you enter.
Check which method your broker uses by default - Classic, Fibonacci, Camarilla, and Woodie pivots all produce different numbers from the same High/Low/Close inputs, by design. Also confirm you're using the exact same High, Low and Close values your broker uses, since small differences in session definition (especially around extended hours) can shift the inputs slightly.
A pivot point is calculated algorithmically from a fixed formula applied to recent OHLC data, the same for every trader using that method. A traditional support/resistance level is typically drawn manually from chart history (prior swing highs/lows, areas of consolidation), and can vary trader to trader based on which prior price action they choose to weight.