Camarilla Pivot Points: Precision Intraday Fade and Breakout Levels

Camarilla pivot points generate eight tightly clustered intraday levels from the prior day's OHLC — closer to the prior close than standard pivots — with explicit trading rules for mean reversion at H3/L3 and momentum breakouts at H4/L4.

Section 1: Core Mechanics

What Is It?

Camarilla pivot points were developed in 1989 by Nick Scott, a successful bond trader. The system applies a 1.1 multiplier to the prior day's range, then divides by a series of denominators to generate four resistance levels (H1–H4) above the prior close and four support levels (L1–L4) below it. The design intent: intraday prices revert to the prior close within the H3–L3 band on normal days, and break out beyond H4 or L4 on trend days.

Unlike standard pivots, Camarilla levels are not centered on a pivot point — they are centered on the prior day's close.

Core Formula

Where , , and are the prior trading day's values.

The 1.1 Coefficient

The 1.1 multiplier is the heart of the Camarilla system. Scott derived it from observing that intraday price movements in futures markets tended to mean-revert within a specific fraction of the prior day's range. The 1.1 coefficient scales the range such that the H3–L3 zone captures approximately 80% of normal intraday price action, while H4–L4 captures extreme moves.

Inputs

• High: Prior trading day's high
• Low: Prior trading day's low
• Close: Prior trading day's close (note: Camarilla uses close as the center, NOT a calculated pivot)

Parameters

Output

Eight horizontal price levels per session. H4 and L4 are the outer bounds. H3 and L3 are the primary trading levels. H1, H2, L1, L2 are inner reference bands.

Visual Behavior

On a normal day, price oscillates between H3 and L3, reversing at each. On a trend day, price breaks through H3 or L3 and continues to H4 or L4. At H4 and L4, the expected behavior reverses — breakout traders buy above H4, fade traders buy below L4.

Section 2: Interpretation & Signals

The Two Trading Regimes

Camarilla has two distinct strategies based on market behavior at the outer levels:

Regime 1 — Mean Reversion (H3/L3 Fade)

When the session opens inside H3 and L3, and price rallies to H3 without a gap-and-go above it, fade the move:

• At H3: sell short, stop above H4, target L3 or the open
• At L3: buy long, stop below L4, target H3 or the open

This strategy applies on approximately 70–80% of trading sessions (normal range days).

Regime 2 — Breakout (H4/L4 Follow)

When price pushes through H3 and closes a 15-minute bar above H4 (or below L4), the mean-reversion regime has failed. Trade the breakout:

• Above H4: buy long, stop back below H3, target H4 + (H4 - H3) as a minimum
• Below L4: sell short, stop above L3, target L4 - (L3 - L4)

This strategy applies on approximately 20–30% of sessions (trend days).

Signal Zones

The Gap-Open Adjustment

If price opens above H3 or below L3 at session start, the fade strategy does not apply from that level — price has already moved through the mean-reversion zone. Instead:

• Gap above H3 at open: look for first pullback to H3 as new support (role reversal)
• Gap above H4 at open: the session is immediately in breakout mode — trade long with H4 as support

False Signals

Chart — H3 Fade and H4 Breakout

Section 3: Pass vs. Live — Real-Time Reliability

Camarilla levels never repaint — they derive from the prior day's closed OHLC. The only "live" decision is which regime applies: fade or breakout. That determination happens in the first 90 minutes of the session based on price behavior at H3/L3.

Section 4: Practical Use Cases

Real-world example — ES Futures 2024-04-15: The prior day (2024-04-12) ES closed at 5100. High was 5155, Low was 5065. Range = 90 points. H3 = 5100 + (90 × 1.1/4) = 5100 + 24.75 = 5124.75. H4 = 5100 + (90 × 1.1/2) = 5100 + 49.5 = 5149.50. On April 15, ES gapped to 5115 at open, consolidated, then pushed through H3 at 5125 on the 9:45 AM bar. A 15-minute close above H4 at 5150 triggered the breakout entry at 5152. Stop at 5125 (H3). Target: 5152 + (5150 - 5125) = 5177. ES reached 5182 by 1:30 PM — 30 points gain on a 27-point risk. Risk/reward: 1:1.1. Note: on breakout days, the risk/reward is tighter than fade days — compensated by higher win rate.

Section 5: Pseudo Code

INPUT: prev_high, prev_low, prev_close

PROCESS:
  Step 1: Calculate the prior day's range
            daily_range = prev_high - prev_low

  Step 2: Calculate the 1.1-adjusted range unit
            adjusted_range = daily_range * 1.1

  Step 3: Calculate resistance levels (above prior close)
            H1 = prev_close + adjusted_range / 12
            H2 = prev_close + adjusted_range / 6
            H3 = prev_close + adjusted_range / 4
            H4 = prev_close + adjusted_range / 2

  Step 4: Calculate support levels (below prior close)
            L1 = prev_close - adjusted_range / 12
            L2 = prev_close - adjusted_range / 6
            L3 = prev_close - adjusted_range / 4
            L4 = prev_close - adjusted_range / 2

  Step 5: Determine opening regime
            if open_price > H3:
              regime = "BREAKOUT_BULL" if open_price > H4 else "GAP_ABOVE_H3"
            elif open_price < L3:
              regime = "BREAKOUT_BEAR" if open_price < L4 else "GAP_BELOW_L3"
            else:
              regime = "MEAN_REVERSION"  # standard fade strategy applies

  Step 6: Set active trade levels based on regime
            if regime == "MEAN_REVERSION":
              fade_short = H3; fade_short_stop = H4; fade_short_target = L3
              fade_long = L3; fade_long_stop = L4; fade_long_target = H3
            elif regime == "BREAKOUT_BULL":
              breakout_long = H4; breakout_stop = H3
              breakout_target = H4 + (H4 - H3)

OUTPUT: {H1, H2, H3, H4, L1, L2, L3, L4, regime, active_trade_levels}
EDGE CASES:
  - prev_high == prev_low: zero range — all levels equal prev_close. Flag as invalid (holiday/half day).
  - Large overnight gap (>3 times H4-H3): extreme session — reduce position size, widen stops
  - prev_close outside [prev_low, prev_high]: data error — verify feed before calculating

Section 6: Parameters & Optimization

Standard Conventions

Comparison: Camarilla vs. Standard Pivots

Section 7: Synergies & Conflicts

Section 8: Common Mistakes

Section 9: Cheat Sheet