The standard pivot point method is the most widely used — but two alternative methods have significant followings among professional traders: Fibonacci pivots, which apply Fibonacci ratios to the calculation, and Camarilla pivots, which use a different formula specifically designed for intraday scalping and short-term trading. Understanding what each method produces and when it is preferred allows you to choose the right tool for your trading style rather than defaulting to one method without knowing why.
Fibonacci Pivot Points
Fibonacci pivot points use the same central pivot calculation as the standard method — the average of the previous high, low, and close. The difference is in how the support and resistance levels are calculated. Instead of using fixed multipliers, Fibonacci pivots apply Fibonacci ratios to the previous session's range.
Previous day: H=1.0950 L=1.0870 C=1.0920 Range = H − L = 0.0080 PP = (H + L + C) ÷ 3 = 1.0913 R1 = PP + (0.382 × Range) = 1.0913 + 0.0031 = 1.0944 R2 = PP + (0.618 × Range) = 1.0913 + 0.0049 = 1.0962 R3 = PP + (1.000 × Range) = 1.0913 + 0.0080 = 1.0993 S1 = PP − (0.382 × Range) = 1.0913 − 0.0031 = 1.0882 S2 = PP − (0.618 × Range) = 1.0913 − 0.0049 = 1.0864 S3 = PP − (1.000 × Range) = 1.0913 − 0.0080 = 1.0833
The appeal of Fibonacci pivots is their alignment with the Fibonacci ratios that many traders already use for retracement analysis. When a Fibonacci pivot level aligns with a Fibonacci retracement of a recent swing — a confluence of two independent Fibonacci-based calculations at the same price — the level carries additional significance.
Camarilla Pivot Points
Camarilla pivots were developed by Nick Scott in 1989 and use a significantly different approach. They produce eight levels — four above the close (H1, H2, H3, H4) and four below (L1, L2, L3, L4) — all derived from the previous session's range multiplied by specific Camarilla coefficients.
Previous day: H=1.0950 L=1.0870 C=1.0920 Range = 0.0080 H4 = C + 1.1 × (Range ÷ 2) = 1.0920 + 0.0044 = 1.0964 H3 = C + 1.1 × (Range ÷ 4) = 1.0920 + 0.0022 = 1.0942 L3 = C − 1.1 × (Range ÷ 4) = 1.0920 − 0.0022 = 1.0898 L4 = C − 1.1 × (Range ÷ 2) = 1.0920 − 0.0044 = 1.0876
The Camarilla L3/H3 and L4/H4 Levels
The H3 and L3 levels are the primary Camarilla trading levels. The theory is that price will open within the H3/L3 range and tend to revert to the previous close during normal market conditions. When price touches H3, traders look to sell — expecting mean reversion to the close. When price touches L3, they look to buy. Stops are placed just beyond H4 (for short trades at H3) or just below L4 (for long trades at L3).
H4 and L4 are the breakout levels. When price breaks above H4, the Camarilla theory suggests a strong bullish breakout — rather than reverting, price is expected to continue trending higher. Below L4, a bearish breakout is expected. This dual-purpose nature — reversal at H3/L3, breakout at H4/L4 — makes Camarilla pivots particularly useful for intraday traders.
Choosing Between Methods
The choice between standard, Fibonacci, and Camarilla pivots depends on your trading style. Standard pivots are the most widely watched — if you want to trade the levels that the most participants are aware of, use standard. Fibonacci pivots are preferred by traders who already incorporate Fibonacci analysis heavily — the alignment between the two systems provides natural confluence. Camarilla pivots are suited to intraday and scalping traders who want tighter, more precise levels focused on the previous close rather than the calculated central pivot.
You do not need to master all three methods. Pick one, understand it deeply, and apply it consistently. Switching between methods based on which one would have worked in hindsight is not analysis — it is rationalisation. Use our Pivot Point Calculator to generate all three methods and observe how they differ on live charts before committing to one.