Pivot Points: Classic, Camarilla & Fibonacci Levels Explained

What Pivot Points Are and Why They Matter

Pivot points are calculated price levels derived from the prior session’s high, low, and close. They were developed by floor traders who needed quick reference levels before each trading session without computers. The central pivot (PP) is the arithmetic mean of high, low, and close. From there, support (S1, S2, S3) and resistance (R1, R2, R3) levels project outward. Because these levels are entirely mechanical — the same formula applied to the same data produces the same levels for every trader — they become genuine support and resistance through the self-fulfilling coordination effect described in the Fibonacci guide.

Pivot points are primarily a daily tool for intraday traders. Most practitioners use the previous day’s OHLC to generate levels for the current day. The levels reset each day, giving intraday traders a clean set of reference points that do not carry over past performance and are not affected by how the trader draws them (unlike trend lines or Fibonacci swings).

Classic Pivot Point Formula

The classic (standard) pivot point uses a simple averaging approach:

PP = (High + Low + Close) / 3

Resistance and support levels are then derived from PP and the prior session range:

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

The free pivot calculator outputs all levels for classic, Camarilla, and Fibonacci methods simultaneously from a single set of OHLC inputs.

Camarilla Pivot Points

Camarilla pivots, developed by Nick Scott in 1989, produce tighter levels that are particularly popular for intraday scalping and mean-reversion strategies. They use a multiplier applied to the prior range:

• H4 = Close + 1.1 × (High − Low) / 2 — strong resistance; breakout above signals trend day
• H3 = Close + 1.1 × (High − Low) / 4 — first resistance; ideal short entry in range days
• L3 = Close − 1.1 × (High − Low) / 4 — first support; ideal long entry in range days
• L4 = Close − 1.1 × (High − Low) / 2 — strong support; breakdown below signals trend day

The core Camarilla trading concept: on most days price will reverse from H3/L3 back toward the prior close. On breakout days, a move through H4 or below L4 signals a directional trend day with much larger range potential. This binary framework — range day vs trend day — makes Camarilla a decision tool as well as a level calculator.

Fibonacci Pivot Points

Fibonacci pivots calculate the central pivot the same way as classic but replace the fixed arithmetic offsets with Fibonacci ratios applied to the prior range:

• R1 = PP + 0.382 × Range
• R2 = PP + 0.618 × Range
• R3 = PP + 1.000 × Range
• S1 = PP − 0.382 × Range
• S2 = PP − 0.618 × Range
• S3 = PP − 1.000 × Range

These tend to coincide more naturally with the Fibonacci retracement levels from longer-period swings, creating additional confluence. Traders who use both Fibonacci pivots and swing-based Fibonacci retracements find a meaningful subset of levels where both tools agree, which are the highest-confidence zones.

Using Pivots in Practice

Three practical observations from pivot trading:

• PP acts as bias anchor. Price above PP = bullish intraday bias; below PP = bearish. Many traders will only take longs above PP and shorts below.
• First touches are the most reliable. The first time price reaches an S or R level in a session, there is a higher probability of a reaction than on subsequent visits. Repeated visits deplete resting orders at the level.
• Range confirmation before entry. Do not enter a long at S1 assuming it will hold. Wait for a rejection candle, a volume spike at the level, or a confirmed bounce before committing capital. The level is a location, not a signal.

Pivot levels work particularly well during the sessions covered in the forex sessions guide — specifically London and New York opens, when the most participants are active and liquidity at pivot levels is highest.