Direct Answer
Woodie pivot points are a pivot-point variant, attributed to trader Woodie, that weights the closing price double: Pivot Point (PP) = (High + Low + 2×Close) ÷ 4. Resistance and support levels are then built from that pivot, R1 = (2×PP) − Low, S1 = (2×PP) − High, R2 = PP + (High−Low), S2 = PP − (High−Low). Because the close counts twice, Woodie's pivot sits closer to the prior period's actual close than the standard (High+Low+Close)÷3 pivot.
Key Takeaways
- Woodie's Pivot Point (PP) = (High + Low + 2×Close) ÷ 4, the close is counted twice, the high and low once each.
- R1 = (2×PP) − Low, S1 = (2×PP) − High, R2 = PP + (High−Low), S2 = PP − (High−Low).
- Double-weighting the close pulls the pivot closer to the prior period's actual close than the standard (High+Low+Close)÷3 pivot.
- All five levels are derived entirely from the prior period's completed high, low, and close, the indicator is lagging, not predictive.
- Daily pivots built from the prior day's range are the most commonly cited use for intraday trading; weekly and monthly pivots use the same formula on wider inputs.
What Are Woodie Pivot Points?
Woodie pivot points are a variant of the classic floor-trader pivot point, attributed to trader Woodie, built by giving the closing price double weight in the pivot calculation. Where the standard pivot averages the high, low, and close equally, Woodie's version counts the close twice, treating it as the more informative of the three inputs for where the next period's trading is likely to be centered.
The pivot itself (PP) is a single price level calculated from the prior period's completed high, low, and close. Four additional levels, two resistance levels above the pivot (R1, R2) and two support levels below it (S1, S2), are then derived from that same pivot using the period's high-low range. Traders plot all five levels on the current period's chart and watch how price interacts with them.
The Formula
Pivot Point (PP) = (High + Low + 2×Close) ÷ 4
R1 = (2×PP) − Low · S1 = (2×PP) − High
R2 = PP + (High − Low) · S2 = PP − (High − Low)
High, Low, and Close all refer to the prior completed period, the prior day's range for a daily chart, the prior week's range for weekly pivots, and so on. Because the close is added into the numerator a second time, it pulls more weight than the high or low individually: a period that closes near its high produces a pivot noticeably above the simple midpoint of the range, and a period that closes near its low produces a pivot noticeably below it. This is the core difference from the standard pivot formula, (High + Low + Close) ÷ 3, which weights all three inputs equally and therefore sits closer to the middle of the period's range regardless of where it closed.
Worked Example
Hypothetical example, for education only.
Suppose a stock's prior trading day produced a High of $152.80, a Low of $148.20, and closed at $151.90, near the top of its daily range.
PP = (152.80 + 148.20 + 2×151.90) ÷ 4 = (152.80 + 148.20 + 303.80) ÷ 4 = 604.80 ÷ 4 = $151.20
R1 = (2×151.20) − 148.20 = 302.40 − 148.20 = $154.20
S1 = (2×151.20) − 152.80 = 302.40 − 152.80 = $149.60
R2 = 151.20 + (152.80 − 148.20) = 151.20 + 4.60 = $155.80
S2 = 151.20 − 4.60 = $146.60
For comparison, the standard pivot for the same day would be (152.80 + 148.20 + 151.90) ÷ 3 = 452.90 ÷ 3 ≈ $150.97. Woodie's PP of $151.20 sits closer to the day's $151.90 close than the standard pivot does, the effect the double-weighted close is designed to produce.
How Woodie Pivot Points Are Used
Bias above or below the pivot
Price trading above PP is commonly read as a bullish bias for the current period, and price trading below PP as a bearish bias, the same general framework traders apply to standard pivot points. This is a description of where price sits relative to a reference level, not a standalone trade signal.
R1/R2 and S1/S2 as reaction zones
R1 and R2 are commonly watched as areas where an advance might stall, reverse, or need to break through with conviction (a "breakout" read) to keep extending. S1 and S2 are watched the same way on the downside. Because the levels are static for the whole period once calculated, some traders use them as profit-target zones, others as potential reversal zones, the same level can be read either way depending on the surrounding price structure and trend.
Range context, not a trade trigger by itself
Because R1/R2/S1/S2 are built from the prior period's completed high-low range, the spacing between the levels widens when the prior period was volatile and narrows when it was quiet. Many traders treat pivot levels as one input alongside trend direction, volume, and price structure rather than trading a touch of R1 or S1 in isolation.
Choosing a Calculation Period
| Period | Inputs used | Common use |
|---|---|---|
| Daily | Prior day's high, low, close | Intraday support/resistance context, the most commonly cited use |
| Weekly | Prior week's high, low, close | Swing-level context spanning several trading days |
| Monthly | Prior month's high, low, close | Longer-term positional context |
The formula is identical regardless of period, only the underlying high, low, and close change. A longer period produces levels that stay valid over more trading sessions but react less to recent short-term price action; a shorter period reacts faster but the levels reset more often. Verify which period your charting platform defaults to before comparing pivot levels across charts or with another trader.
Limitations
- Purely lagging inputs, every level is calculated from the prior period's already-completed high, low, and close, so the levels describe where price recently traded, not where it's headed next.
- Static for the whole period, once calculated at the start of the period, the levels don't adjust to new information, news, or volume during that period the way a dynamically updating indicator would.
- No account of trend, volume, or news, the formula uses only high, low, and close. A strong trending market can push straight through R2 or S2 without pausing, the same way it can push through standard pivot levels.
- Modest difference from the standard pivot, because only the close is double-weighted rather than the whole formula being rebuilt, Woodie's levels are often close to (though not identical to) the standard (High+Low+Close)÷3 pivot's levels, particularly when the period closed near the middle of its range.
Common Mistakes
- Treating a touch of R1, R2, S1, or S2 as an automatic reversal signal, the levels describe a reaction zone, not a guaranteed turning point.
- Ignoring the prevailing trend, a level that acts as resistance in a range-bound market can be broken through quickly in a strong trend.
- Comparing pivot levels across platforms without checking the formula, some platforms default to the standard pivot, others to Woodie's, and others to different variants entirely; mixing them up produces levels that don't match what you see on another chart.
- Using a gapped or unusually volatile prior period without adjusting expectations, a single outlier day can produce an R2/S2 spacing that's unusually wide relative to the asset's typical daily range.
- Trading the levels in isolation, without trend, volume, or broader price-structure context, a level touch alone doesn't distinguish a genuine reaction from noise.
Weighting the Close More Heavily and What Follows
The Woodie calculation gives the previous close double weight in computing the central pivot, which pulls the levels toward where the session finished rather than toward the middle of its range. On a day that closed far from its midpoint, the resulting levels differ noticeably from the standard method.
That difference is the reason to choose it or not. If you believe the close carries more information about where participants settled than the high and low do, the weighting matches that belief. If you think a session's full range matters equally, the standard calculation matches yours. Either is defensible, and using both at once is not.
The mistake is drawing these alongside other pivot systems and treating a cluster of nearby levels as a strong zone. Different formulas applied to the same three inputs produce numbers that are close by arithmetic necessity, and their proximity is not evidence of anything.
Level influence also depends on how many participants watch them. The standard pivot formula is the most widely followed, and less common variants have correspondingly less of the self-reinforcing behaviour that makes any of these levels work.
Woodie Pivot Points FAQs
What is a Woodie pivot point?
A Woodie pivot point is a pivot-point variant, attributed to trader Woodie, that double-weights the closing price when calculating the central pivot. Because the close counts twice in the formula, the resulting pivot sits closer to the prior period's actual close than the standard (High+Low+Close)/3 pivot.
How is the Woodie pivot formula different from the standard pivot?
The standard pivot formula is (High+Low+Close) divided by 3, weighting all three inputs equally. The Woodie formula is (High+Low+2×Close) divided by 4, which gives the close twice the weight of the high or low. Both are commonly cited pivot-point methods; verify which one your platform defaults to before comparing levels across charts.
What do R1, R2, S1, and S2 mean in Woodie pivots?
R1 and R2 are resistance levels above the pivot point; S1 and S2 are support levels below it. R1 = (2×PP) − Low, S1 = (2×PP) − High, R2 = PP + (High−Low), and S2 = PP − (High−Low). Traders commonly watch these as zones where a move up or down might slow, pause, or reverse.
Is the Woodie pivot point a leading or lagging indicator?
It's lagging. Every level is derived from the prior period's already-completed high, low, and close, so it describes where price recently traded rather than predicting where it's going next.
What time period should Woodie pivots use?
There's no single correct period, daily pivots (built from the prior day's high, low, and close) are the most commonly cited use for intraday trading, while weekly or monthly pivots are used for swing-level context. The same formula applies regardless of period; only the input data changes.
Are Woodie pivot points reliable for cryptocurrency trading?
The math is identical, but crypto's 24/7 trading means there's no universally agreed "close" the way there is for a stock market's daily close, so which timestamp a platform uses to mark the period's high, low, and close can vary, verify your platform's methodology before relying on the levels.
Why does this method weight the closing price more heavily?
The central pivot in this variant gives the previous close double weight relative to the high and low, on the reasoning that the close carries more information about where participants settled than the extremes do. The result is a pivot that sits nearer the close than the standard method's simple average. This is the entire structural difference between the two.
When do this method's levels diverge most from the standard method's?
Divergence is largest when the close sits far from the midpoint of the session's range, since that is precisely what the extra weighting responds to. On a session that closed near the middle of its range, the two methods produce nearly identical pivots. Comparing both on a chart shows immediately whether the previous session was one where the choice matters.
Should the previous session's open be used instead of its close in some markets?
Some practitioners substitute the current session's open where it is known before the levels are needed, on the reasoning that it incorporates overnight information the previous close does not. This is a variant rather than the standard formulation, and it produces different levels. Because platforms differ in which convention they implement, the displayed levels may not match a hand calculation.