Pivot Point Calculator
Quickly compute pivot point with accurate formulas. See amortization schedules, growth projections, and side-by-side comparisons.
Pivot Point Calculator
Calculator
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Formula: PP = (High + Low + Close) / 3 | R1 = 2×PP − Low | S1 = 2×PP − High
Worked example — PP: 1.1007 | R1: 1.1063 | S1: 1.0963 | Bullish bias
Formula
PP = (High + Low + Close) / 3 | R1 = 2×PP − Low | S1 = 2×PP − High
The standard pivot point (PP) is the average of the previous period's high, low, and close. Support and resistance levels are derived from this central value. R1 and S1 are first-level support/resistance, R2/S2 are second-level, and R3/S3 are third-level. Fibonacci pivots multiply the range by Fibonacci ratios. Camarilla pivots use a different formula that generates levels closer to the close price.
Worked Examples
Example 1: EUR/USD Daily Pivot Calculation
Problem:Previous day: High 1.1050, Low 1.0950, Close 1.1020.
Solution:PP = (1.1050 + 1.0950 + 1.1020) / 3 = 1.1007 R1 = (2 × 1.1007) - 1.0950 = 1.1063 S1 = (2 × 1.1007) - 1.1050 = 1.0963 R2 = 1.1007 + (1.1050 - 1.0950) = 1.1107 S2 = 1.1007 - (1.1050 - 1.0950) = 1.0907
Result:PP: 1.1007 | R1: 1.1063 | S1: 1.0963 | Bullish bias
Example 2: GBP/USD Pivot with Fibonacci
Problem:Previous day: High 1.2700, Low 1.2600, Close 1.2650.
Solution:PP = (1.2700 + 1.2600 + 1.2650) / 3 = 1.2650 Range = 0.0100 Fib R1 = 1.2650 + (0.382 × 0.0100) = 1.2688 Fib S1 = 1.2650 - (0.382 × 0.0100) = 1.2612
Result:PP: 1.2650 | Fib R1: 1.2688 | Fib S1: 1.2612
Frequently Asked Questions
What are pivot points in trading?
Pivot points are technical analysis indicators calculated from the previous period's high, low, and close prices. They produce a central pivot point (PP) along with support levels (S1, S2, S3) and resistance levels (R1, R2, R3). Floor traders on the NYSE and CME originally used pivot points to determine key levels for the trading day. Today, they are widely used in forex, stocks, and futures trading. The pivot point itself acts as a reference: price above PP suggests bullish bias, price below PP suggests bearish bias.
What is the difference between Standard, Fibonacci, and Camarilla pivots?
Standard pivot points use simple arithmetic formulas based on high, low, and close. They provide widely-spaced levels good for trend trading. Fibonacci pivots apply Fibonacci ratios (38.2%, 61.8%, 100%) to the previous range, creating levels based on natural mathematical relationships. They are useful for traders who combine pivots with Fibonacci analysis. Camarilla pivots generate levels that are closer to the current price, making them ideal for range-bound markets and scalping. Each type has its strengths depending on market conditions and trading style.
How do I trade using pivot points?
Basic pivot point strategies include: 1) Bounce Trading: buy at support levels (S1, S2) and sell at resistance levels (R1, R2) in range-bound markets. 2) Breakout Trading: when price breaks above R1, go long targeting R2. When price breaks below S1, go short targeting S2. 3) Bias Trading: if price opens above PP, look for long entries. If below PP, look for short entries. 4) Confluence: combine pivots with other analysis — when a pivot level aligns with a trendline, moving average, or Fibonacci level, it becomes a stronger level.
What timeframe should I use for pivot point calculations?
The input timeframe depends on your trading style. Day traders use the previous day's high, low, and close (daily pivots). Swing traders may use weekly pivots (previous week's HLC). Position traders use monthly pivots. The most commonly used are daily pivots. For forex, the daily candle close time matters — most platforms use the New York close (5 PM ET) as the daily close. Using different close times will produce different pivot levels, so be consistent with your broker's candle times.
Are pivot points reliable indicators?
Pivot points are self-fulfilling to some degree because so many traders watch them. They work best in liquid markets (major forex pairs, S&P 500) where large numbers of participants use similar levels. They are most reliable during active sessions (London, New York). However, no indicator is 100% reliable. Pivot points should be used as one tool among many — combine them with price action, volume analysis, and other technical indicators. They work well for identifying key levels but should not be used as sole entry/exit signals.
How do Woodie's pivots differ from the standard formula shown here?
The standard pivot averages high, low and close with equal weight, so PP equals (H + L + C) / 3. Woodie's variant gives the close double weight, using (H + L + 2C) / 4, on the reasoning that the closing print carries the most information about where committed participants finished the session. The support and resistance derivations then follow the same 2 × PP − High and 2 × PP − Low pattern. In practice Woodie's central pivot sits nearer the close, which shifts every level toward the end of the previous session's range whenever the close was far from the midpoint.
How are the third-level pivots R3 and S3 derived, and why are they so far away?
R3 is calculated as High plus twice the distance from the low to the pivot, and S3 as Low minus twice the distance from the pivot to the high. Because each embeds a doubled range component, the third level typically sits well beyond the previous session's extremes. That is intentional: R3 and S3 are not ordinary bounce targets but markers of an exceptionally extended day. Reaching them usually requires a catalyst such as a data release or a central bank statement, and a session that touches R3 has already delivered far more than its normal range.
What is the intended difference between Camarilla R3 and R4?
The Camarilla set spaces levels by dividing the previous range by 12, 6, 4 and 2 and multiplying by 1.1, all measured from the close rather than from the pivot. The third pair, R3 and S3, is traditionally treated as the reversal boundary: price reaching R3 without momentum is faded back toward the close. The fourth pair, R4 and S4, is treated as the breakout boundary: trading through it suggests the range-bound assumption has failed and the day is trending. This is why Camarilla appeals to intraday mean-reversion traders while standard pivots suit trend followers.
What does it mean when the market gaps open beyond R1 or S1?
A gap that clears the first resistance before any trading occurs means the levels were computed from a session that no longer describes current sentiment, usually because of weekend news or an overnight release. Two readings are common. If price holds above R1 and consolidates, the level often converts into intraday support and R2 becomes the working target. If price fails and closes back below R1 within the first hour or two, the gap is being faded and the pivot point itself becomes the downside magnet. Either way, position size should account for the wider-than-normal opening volatility.
How does the width of the previous session's range change how you use the levels?
The whole grid is sized by High minus Low, so a narrow previous range compresses it and a wide one stretches it. The link is exact in places and only approximate in others: standard R1 minus S1 always equals the previous range, and every Fibonacci and Camarilla level is a fixed multiple of that range, while the individual standard levels are pulled toward or away from the pivot by where the close sat within the range. After an unusually quiet inside day, S1 and R1 may sit only a few pips apart, and they will be crossed repeatedly by ordinary noise, which makes bounce trading unreliable and often precedes an expansion move. After a very wide day the levels can be further apart than the market is likely to travel, so R1 becomes an ambitious target rather than a likely touch. Compare the range figure against the instrument's typical daily range before choosing a strategy.
References
Reviewed for accuracy by Daniel Agrici, Founder & Lead Developer · Editorial policy
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