Volume-Gradient Explosion Breakout

Family: trend_following · Regime: trending · Complexity: medium · Asset classes: Equities (Indices specifically US30/DJI) · Timeframes: H1, H4

Thesis

Momentum bursts (WAE) are most likely to result in sustained moves when they occur in alignment with a higher-timeframe trend (SMA 200) and have cleared local structural noise (Three-Line Break). The use of hardcoded institutional levels for risk assumes price is contained within a known historical macro-range.

Components

• 200-Day Trend Background (Smoothed Volume Gradient) (regime) — Establishes the macro-regime filter; prevents trading against the long-term institutional trend while using volume-scaled opacity to identify high-interest trend phases.
• Three-Line Break (TLB) with MA (direction) — Filters micro-volatility and noise by requiring a structural break of previous price levels, ensuring the entry aligns with a confirmed shift in market structure.
• Waddah Attar Explosion (WAE) (entry) — Acts as the execution trigger by identifying the precise moment momentum overcomes volatility resistance (Bollinger Bands).
• Zero Lag Least Squares Moving Average (ZLSMA) (exit) — Provides a responsive, low-latency exit signal to capture the majority of a momentum thrust before a full trend reversal.
• Probable High Low (risk) — Defines the absolute risk boundaries; assumes these hardcoded levels (33678/32889) represent institutional floor/ceiling zones for the specific asset.

Known failure conditions

• Asset price moves significantly beyond the hardcoded 'Probable High/Low' range, rendering the fixed SL/position sizing logic obsolete.
• Prolonged low-volume sideways price action where WAE fails to trigger and TLB whipsaws.
• HTF SMA 200 slope oscillates around zero, causing regime flickering.

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