Pivot Point Calculator
Enter the previous period High, Low, and Close (and Open for Woodie or DeMark methods) to calculate pivot point support and resistance levels. Choose from five industry-standard methods and see every level with a full step-by-step breakdown. Results update instantly as you type.
What is a pivot point?
A pivot point is a price level calculated from the prior session high, low, and close. It acts as the central fulcrum around which price is expected to rotate during the next session. If price opens or trades above the pivot, traders read the market as bullish; if it opens below, they read it as bearish. The pivot point sits at the center of a set of derived support and resistance levels (S1, S2, S3 below and R1, R2, R3 above) that give traders objective price targets and stop-loss zones without relying on subjective chart drawing. Pivot points are calculated fresh each session using the most recently completed bar, whether that is a daily, weekly, or monthly bar.
How to use pivot levels for trading
In a session that opens above the pivot, traders look to buy pullbacks toward the pivot or S1, targeting R1 and R2. In a session that opens below the pivot, the mirror applies: sell rallies toward the pivot or R1, targeting S1 and S2. The outer levels (R3, S3 for Standard and Fibonacci; R4, S4 for Camarilla) act as extreme targets that price reaches only on high-volatility days. For Camarilla specifically, R3 and S3 are reversal levels, while R4 and S4 are breakout triggers. For DeMark, only one support and one resistance are produced, making it cleaner but less informative; if price opens inside those two levels, a range-bound day is the base case.
Which method should you use?
Standard pivots are the default for equities, futures, and forex because they are the most widely watched, meaning the levels are more likely to be self-fulfilling. Fibonacci pivots add Fib ratios (38.2%, 61.8%, 100%) to the range and are preferred by traders who already use Fibonacci retracements in their analysis. Woodie pivots weight the open price instead of relying purely on the close, making them more responsive to overnight gaps; they are popular in futures pits. Camarilla pivots generate eight tight levels clustered around the close and are designed for intraday mean-reversion strategies. DeMark pivots use conditional logic to tilt the pivot toward the direction of the most recent session, making them useful when price has a clear directional bias coming into the next session.
Session timeframes and data to use
For day trading, use the previous calendar day high, low, and close (the 24-hour session or the regular-session data, depending on your market). For swing trading, use the previous week high, low, and close. For position trading, use the previous month. The key rule is consistency: always use the same timeframe of data for the same instrument so levels remain comparable week to week. Forex traders typically use the 5 pm New York close as the daily session boundary. For equities, use the regular-session (not extended-hours) data.
Pivot point methods compared
| Method | Pivot formula | Levels | Best for |
|---|---|---|---|
| Standard | (H + L + C) / 3 | S1-S3, R1-R3 | Most traders - universal baseline |
| Fibonacci | (H + L + C) / 3 | S1-S3, R1-R3 | Trending markets with Fib traders |
| Woodie's | (H + L + 2O) / 4 | S1-S3, R1-R3 | Volatile sessions - close weighted |
| Camarilla | (H + L + C) / 3 | S1-S4, R1-R4 | Intraday reversals and breakouts |
| DeMark | Conditional X / 4 | S1, R1 only | Directional-bias sessions |
A quick reference for choosing the right method for your trading style.
Frequently asked questions
What is the pivot point formula?
The standard pivot point formula is PP = (High + Low + Close) / 3, where all three values come from the previous completed session. Support and resistance levels are then derived from the pivot and the session range. For example, R1 = (2 x PP) - Low and S1 = (2 x PP) - High. Other methods (Fibonacci, Woodie, Camarilla, DeMark) adjust the pivot formula or the multipliers to give different level placements.
How are pivot points different from support and resistance?
Traditional support and resistance zones are drawn manually from chart patterns and historical price reactions, so they are subjective. Pivot points are calculated mathematically from the previous session OHLC data, so every trader using the same method and data gets the same levels. This objectivity and wide adoption make pivot levels act as a self-fulfilling price magnet: many traders are watching the same numbers, which increases the chance of a price reaction at those levels.
Which pivot point method is most accurate?
No method is universally more accurate, because they optimize for different trading conditions. Standard pivots are the most studied and tend to work best in equity and futures markets. Camarilla excels at identifying intraday mean-reversion setups. Fibonacci pivots tend to complement well with traders already using Fibonacci analysis. The most important factor is consistency: pick one method that suits your market and timeframe, and use it across multiple sessions to build familiarity with how price responds to those levels.
Do pivot points work in forex?
Yes, pivot points are extremely popular in forex trading because the forex market lacks a central exchange-set high and low, so having a mathematically defined reference level is especially useful. The 5 pm New York close is the standard session boundary for daily forex pivot calculations. Weekly pivots (using Monday open to Friday close data) are also widely used for swing trading. Babypips and other major forex education sites consider standard and Woodie's methods the most common in the retail forex community.
What makes Woodie's method different?
Woodie's pivot point formula is (High + Low + 2 x Open) / 4, which gives double weight to the open price of the current session (or equivalently the close of the previous session in some implementations). This means Woodie pivots react more strongly to overnight gaps, making them more dynamic than the standard method. The support and resistance formulas are the same structure as standard (R1 = 2PP - Low, S1 = 2PP - High), but the pivot is shifted toward the open.
How do Camarilla pivot points work?
Camarilla pivot points cluster eight levels tightly around the previous close using precise multipliers applied to the session range. The multipliers are 1.0833, 1.1666, 1.2500, and 1.5000 (for R1 through R4 added to the close, and subtracted for S1 through S4). R3 and S3 are considered reversal levels: price hitting R3 is expected to pull back, not break through. R4 and S4 are breakout levels: a sustained move beyond them signals that a bigger trend is developing. This makes Camarilla particularly popular for scalping and intraday mean-reversion strategies.