Nifty Pivot Points Daily — Central, Fibonacci & Camarilla

Pivot points are the single most widely used level-calculation method among professional Nifty traders. Every institutional desk, prop firm, and serious retail trader in India begins the trading day by calculating or referencing pivot levels. This guide covers three pivot systems — Standard (Floor), Fibonacci, and Camarilla — with complete formulas, worked examples on real Nifty data, and an analysis of how each system behaves differently during intraday sessions.

What Is the Central Pivot Point?

The central pivot point (P) represents the equilibrium price for the current session, calculated from the previous session's high, low, and close. If Nifty trades above the pivot, the session has a bullish bias. Below the pivot, the bias is bearish. This simple rule is correct approximately 70% of the time on Nifty — one of the highest hit rates of any single technical indicator.

The formula: P = (Previous High + Previous Low + Previous Close) / 3

The pivot is effectively the volume-agnostic average price of the previous session. It captures where the market found agreement between buyers and sellers.

Standard (Floor) Pivot Points — Complete Calculation

Standard pivots were developed by floor traders at commodity exchanges in the 1930s. They remain the default pivot system on most charting platforms, including TradingView, Zerodha Kite, and Bloomberg terminals.

Formulas

Level	Formula
Central Pivot (P)	(H + L + C) / 3
Resistance 1 (R1)	(2 × P) − L
Support 1 (S1)	(2 × P) − H
Resistance 2 (R2)	P + (H − L)
Support 2 (S2)	P − (H − L)
Resistance 3 (R3)	H + 2 × (P − L)
Support 3 (S3)	L − 2 × (H − P)

Worked Example — Nifty April 7, 2026

Previous session: High = 23,245, Low = 23,015, Close = 23,120

• P = (23,245 + 23,015 + 23,120) / 3 = 23,127
• R1 = (2 × 23,127) − 23,015 = 23,239
• S1 = (2 × 23,127) − 23,245 = 23,009
• R2 = 23,127 + (23,245 − 23,015) = 23,357
• S2 = 23,127 − (23,245 − 23,015) = 22,897
• R3 = 23,245 + 2 × (23,127 − 23,015) = 23,469
• S3 = 23,015 − 2 × (23,245 − 23,127) = 22,779

Standard pivots produce evenly spaced levels. The gap between R1 and R2 equals the previous day's range (230 points in this case). On a normal session, Nifty stays between S1 and R1 about 60-65% of the time.

Fibonacci Pivot Points

Fibonacci pivots use the same central pivot but calculate support/resistance using Fibonacci ratios (38.2%, 61.8%, 100%) of the previous day's range. They produce levels that are clustered differently than standard pivots.

Formulas

Level	Formula
P	(H + L + C) / 3
R1	P + 0.382 × (H − L)
S1	P − 0.382 × (H − L)
R2	P + 0.618 × (H − L)
S2	P − 0.618 × (H − L)
R3	P + 1.000 × (H − L)
S3	P − 1.000 × (H − L)

Worked Example — Same Session

Using the same data (H = 23,245, L = 23,015, C = 23,120, Range = 230):

• P = 23,127 (same as standard)
• R1 = 23,127 + 0.382 × 230 = 23,215
• S1 = 23,127 − 0.382 × 230 = 23,039
• R2 = 23,127 + 0.618 × 230 = 23,269
• S2 = 23,127 − 0.618 × 230 = 22,985
• R3 = 23,127 + 230 = 23,357
• S3 = 23,127 − 230 = 22,897

Notice how Fibonacci R1 (23,215) is much closer to the pivot than Standard R1 (23,239). This means Fibonacci pivots trigger more trades but with tighter risk. Fibonacci R3 and S3 are identical to Standard R2 and S2.

Camarilla Pivot Points

Camarilla pivots were developed by Nick Stott in 1989. They generate four support and four resistance levels that are much closer to the previous close than standard pivots, making them ideal for Nifty scalping strategies.

Formulas

Level	Formula
R4	C + (H − L) × 1.1/2
R3	C + (H − L) × 1.1/4
R2	C + (H − L) × 1.1/6
R1	C + (H − L) × 1.1/12
S1	C − (H − L) × 1.1/12
S2	C − (H − L) × 1.1/6
S3	C − (H − L) × 1.1/4
S4	C − (H − L) × 1.1/2

Worked Example

Using C = 23,120, Range = 230:

• R1 = 23,120 + 230 × 1.1/12 = 23,141
• R2 = 23,120 + 230 × 1.1/6 = 23,162
• R3 = 23,120 + 230 × 1.1/4 = 23,183
• R4 = 23,120 + 230 × 1.1/2 = 23,247
• S1 = 23,120 − 230 × 1.1/12 = 23,099
• S2 = 23,120 − 230 × 1.1/6 = 23,078
• S3 = 23,120 − 230 × 1.1/4 = 23,057
• S4 = 23,120 − 230 × 1.1/2 = 22,993

Camarilla levels are extremely tight — R1 is only 21 points from the close, R3 is 63 points away. This makes them perfect for scalping but less useful for swing trading.

Comparing the Three Pivot Systems on Nifty

Feature	Standard	Fibonacci	Camarilla
Best for	All-purpose intraday	Trending days	Scalping (5-15 min)
Level spacing	Wide, even	Medium, clustered near P	Narrow, near close
Typical R1-S1 range	180-250 pts	140-200 pts	40-80 pts
Win rate on Nifty	55-60% at P	50-55% at R1/S1	60-65% at R3/S3
Risk per trade	40-60 pts	30-50 pts	15-25 pts

How to Trade Each Pivot Type on Nifty

Standard Pivot Strategy

The simplest approach: at 9:30 AM, note where Nifty is trading relative to the central pivot. If above P, the bias is long — buy dips to P with stop at S1, targeting R1. If below P, the bias is short — sell rallies to P with stop at R1, targeting S1. This framework alone generates a positive expectancy on Nifty when combined with a 1:1.5 risk-reward ratio.

Fibonacci Pivot Strategy

Fibonacci pivots shine on trending days. When Nifty breaks through Fib R1 with volume, the next target is Fib R2 (61.8% extension). The 38.2% level (R1/S1) acts as the first pullback zone in a trending move. Use Fibonacci pivots when India VIX is above 15, signaling higher directional movement potential.

Camarilla Pivot Strategy

The classic Camarilla trade: buy at S3, target R3, stop at S4. Or sell at R3, target S3, stop at R4. If Nifty breaks above R4 or below S4, it signals a breakout day — switch to trend-following mode and target Standard R2/S2 instead. Camarilla works best on range-bound days when VIX is below 13.

Combining Pivots with Other Indicators

• Pivots + VWAP: When the central pivot and VWAP are within 20 points of each other, that zone becomes an extremely strong support/resistance. This alignment occurs about 40% of sessions.
• Pivots + OI data: If the pivot S1 aligns with a high Put OI strike (e.g., S1 = 23,009 and the 23,000 PE has the highest OI), the support becomes institutional-grade.
• Pivots + moving averages: When the 20 EMA on the 15-minute chart crosses the central pivot, it confirms the intraday trend direction.
• Pivots + RSI: An RSI divergence at a pivot level significantly increases the probability of a reversal. RSI below 30 at S2 is a high-probability long setup.

Daily Pivot Point Checklist for Nifty Traders

• At 9:00 AM IST, calculate today's pivots using yesterday's HLC from the NSE Nifty 50 closing data
• Mark P, R1, R2, S1, S2 on your 5-minute or 15-minute chart (Standard pivots for most traders)
• At 9:15 AM, note where Nifty opens relative to P — this sets the day's bias
• If Nifty opens within 20 points of P, wait for the first 15-minute candle close before taking a direction
• Track how price reacts at each level — does it reverse or slice through? Adjust your expectation for subsequent levels
• On Thursday (expiry day), give extra weight to OI-based levels over mathematical pivots

Common Pivot Point Mistakes

• Using the wrong data: Always use NSE Nifty 50 futures data for pivot calculations, not the spot index. Futures close at 3:30 PM while the spot is calculated slightly differently.
• Calculating on wrong timeframe: Daily pivots use daily HLC. Do not use weekly HLC for daily pivot calculations — that gives you weekly pivots, which are a different tool entirely.
• Ignoring gap opens: If Nifty gaps up 150 points above R1, don't short at R1 expecting a reversal. The gap has changed the market structure. Recalculate using the gap day's first-hour HLC as a secondary reference.
• Cluttering the chart: Plotting all three pivot systems simultaneously gives you 20+ levels on the chart. Pick one system and stick with it. Use Standard for general trading, Camarilla for scalping.

Conclusion

Pivot points give Nifty traders an objective, mathematical framework for the trading day before the market opens. Standard pivots are the all-rounder — suitable for most intraday strategies with well-spaced levels. Fibonacci pivots work best on trending days when you expect strong directional moves. Camarilla pivots are the scalper's tool, producing tight levels ideal for quick 10-20 point trades. Whichever system you choose, the central pivot (P) remains the most important single level — it determines the day's bullish or bearish bias, and it holds true on Nifty approximately 70% of sessions.

Frequently Asked Questions

What is the most accurate pivot point type for Nifty?

Standard (Floor) pivots have the highest historical accuracy on Nifty 50, with price respecting the central pivot approximately 70% of trading sessions. However, Camarilla pivots work better for scalping within tight ranges, and Fibonacci pivots are preferred during trending days when VIX is elevated.

How do I use pivot points for Nifty intraday trading?

If Nifty opens above the central pivot, the bias is bullish — look for long entries on pullbacks to the pivot. If it opens below, the bias is bearish. R1 and S1 are your initial intraday targets. R2/R3 and S2/S3 mark extreme levels reached only on strong trend days (approximately 15-20% of sessions).

When should I calculate weekly vs daily pivot points?

Daily pivots are for intraday traders — recalculate every morning using the previous session's HLC. Weekly pivots use the previous week's HLC and are better for swing traders holding 2-5 days. Monthly pivots guide positional traders with 2-4 week holding periods.

Do professional traders actually use pivot points on Nifty?

Yes. Institutional desks use pivot points as reference levels for order placement. The central pivot is one of the most-watched levels because it represents fair value based on the previous session. When combined with VWAP and OI data, pivots form the foundation of professional Nifty trading systems.