Fisher Momentum Oscilator

Fisher Momentum Oscillator (FMO) is a bounded momentum oscillator ranging from 0 to 100. It combines Fisher-based normalization with an internal momentum and smoothing process to help identify acceleration, deceleration and potential phase transitions.

The line is displayed in lime when momentum is rising and in red when momentum is declining. The 25 and 75 levels identify sensitive areas where price behavior deserves closer attention.

Practical Use

FMO can be used to monitor momentum transitions after an extended directional phase.

A potential bullish scenario may develop when the oscillator remains below 25 for several bars and later reclaims that level with an upward slope. A potential bearish scenario may develop when it remains above 75, continues rising with weaker expansion and later falls back below that level.

Crosses of 25 and 75 should be evaluated in context. FMO can be combined with moving averages, trend indicators, swing structure, support and resistance, ATR or higher-timeframe analysis. It is generally more useful as a timing and confirmation tool than as an isolated signal.

Parameters

Cycle Lookback
Defines the window used to evaluate recent momentum behavior. Lower values create a faster reading; higher values create a more stable reading.

Fast Sensitivity
Controls the responsiveness of the faster momentum component. Lower values increase sensitivity to recent changes.

Slow Sensitivity
Controls the slower momentum component. It should remain greater than Fast Sensitivity to preserve a coherent configuration.

Smoothing Factor
Controls smoothing of the final line. Lower values reduce noise but add lag. Higher values react earlier but may produce more short-term oscillation.

FMO does not predict price and does not guarantee results. It should be used with risk management and validation on the intended instrument and timeframe.