Pivot Points
Explained

What are pivot points?

Pivot points are pre-calculated price levels derived from the previous session's high, low and close. They give traders a neutral, objective reference grid — no subjectivity, no drawing required. The central pivot (PP) divides bullish territory (price above PP) from bearish territory (price below PP). Around it sit two or three resistance levels (R1, R2, R3) above and support levels (S1, S2, S3) below.

Because these levels are calculated from publicly available OHLC data and widely programmed into institutional platforms, they tend to attract order flow — large algo systems cluster stop-losses, take-profit orders and reversal entries around them, making them self-fulfilling in liquid markets like NIFTY and Bank Nifty.

Classic pivot point formula

Using the previous session's values:

• PP = (High + Low + Close) ÷ 3
• R1 = (2 × PP) − Low
• R2 = PP + (High − Low)
• R3 = R1 + (High − Low)
• S1 = (2 × PP) − High
• S2 = PP − (High − Low)
• S3 = S1 − (High − Low)

The daily range (High − Low) determines how spread apart the levels are. A narrow previous-day range compresses all levels close together; a large range fans them wide apart.

Camarilla and Fibonacci variants

Camarilla pivots use a fixed multiplier (0.0916) of the previous range applied to the prior close, producing eight levels: H1–H4 and L1–L4. The key levels are H3 (intraday resistance, fade sell zone) and L3 (intraday support, fade buy zone). A close beyond H4 or L4 is treated as a breakout signal with a target at H5/L5. Camarilla levels tend to be tighter than classic pivots, making them popular for scalpers on 5-minute NIFTY charts.

Fibonacci pivots replace the fixed arithmetic of R1/S1 with Fibonacci ratios (0.382, 0.618, 1.000) applied to the prior range from the PP. Traders who already use Fibonacci retracement levels for swing trades often prefer this variant because it aligns with the same ratios they draw on charts.

How to use pivot points in practice

The core logic follows three scenarios:

1. Price opens above PP and holds above PP: Bullish bias for the session. Look to buy dips toward PP or S1 with a stop below S1. Targets are R1, then R2.
2. Price opens below PP and stays below PP: Bearish bias. Look to sell rallies toward PP or R1 with a stop above R1. Targets are S1, then S2.
3. Price opens near PP and oscillates: Range-bound session. Fade touches of R1 and S1 with tight stops, targeting a return to PP. Avoid holding beyond first target.

A worked NIFTY example (illustrative)

Suppose on Monday, NIFTY had: High = 23,200, Low = 22,900, Close = 23,050. The Tuesday pivot levels calculate as follows (all numbers hypothetical):

• PP = (23,200 + 22,900 + 23,050) ÷ 3 = 23,050
• R1 = (2 × 23,050) − 22,900 = 23,200
• R2 = 23,050 + (23,200 − 22,900) = 23,350
• S1 = (2 × 23,050) − 23,200 = 22,900
• S2 = 23,050 − (23,200 − 22,900) = 22,750

On Tuesday, NIFTY opens at 23,080 (above PP = 23,050), establishing a bullish bias. A trader waits for a pullback to PP (23,050), buys one lot (75 units), targets R1 at 23,200 and places a stop at 22,980. Risk per lot: (23,050 − 22,980) × 75 = ₹5,250. Reward if R1 is hit: (23,200 − 23,050) × 75 = ₹11,250 — a 1:2.1 risk-reward ratio. These are illustrative numbers for teaching only.

Weekly and monthly pivot points

Daily pivots are recalculated every morning using the previous day's data. But pivots can be computed on any timeframe. Weekly pivots (using the prior week's OHLC) are powerful for positional traders — a stock or index holding above weekly PP is in a bullish positional posture. Monthly pivots provide even broader context, useful for identifying major institutional support and resistance on NIFTY futures positions.

Common mistakes

• Trading every pivot touch blindly. Not every S1 or R1 touch results in a reversal — if the broader trend is strong, price often blasts through pivot levels without pausing.
• Ignoring the opening relationship to PP. The first 15 minutes' position relative to PP sets the session bias. Missing this context leads to fading trend-day moves.
• Using only one variant. Classic, Camarilla and Fibonacci pivots often cluster at slightly different prices. When two or more variants agree on a level, that confluence is stronger.
• Ignoring volume at levels. A pivot level held on high volume is far more meaningful than one held on thin, pre-open volume. Combine with VWAP for context.

Frequently asked questions

How are classic pivot points calculated?

PP = (Previous High + Previous Low + Previous Close) ÷ 3. R1 = (2 × PP) − Previous Low; S1 = (2 × PP) − Previous High. The range (High − Low) determines R2/S2 distance.

What timeframe's data is used for intraday pivot points?

Intraday traders use the previous day's OHLC for daily pivots. Weekly traders use the prior week's OHLC.

Are pivot points reliable for NIFTY trading?

They are widely used by institutional desks and algos, so they are often self-fulfilling — orders cluster around them. Best combined with volume and candlestick confirmation.

What is the difference between Camarilla and classic pivots?

Classic pivots use simple arithmetic. Camarilla uses a 0.0916 multiplier on the prior range, producing tighter H3/L3 reversal zones popular with intraday scalpers.

Keep learning

• Support and resistance basics
• Trendlines and channels
• VWAP trading explained
• Moving averages explained