Mark Minervini VCP Pattern Screener & SEPA Model
Mark Minervini VCP Pattern Screener & SEPA Model
Interactive technical analysis screener scanning stock contraction stages, volume dry-up confirmation, pocket pivot entries, and Minervini SEPA rules.
- Contraction Standard: T1 > T2 > T3 — Halving wave volatility
- Volume Dry-Up (VDU): <45% of 50 DMA — Supply exhaustion signal
- Stop Loss Range: 3% - 5% Average — Immediately below final wave
- Target Expectancy: 3:1 Minimum — Asymmetric profit factor
Interactive Minervini VCP & Pocket Pivot Screener
Adjust price waves, volume ratios, and relative strength to screen for high-probability SEPA momentum setups.
- Optimal Protective Stop: ${metrics.stopLossPrice|fix2} (-{metrics.stopLossPct|fix2}%) Stop Level
- 3:1 Profit Target Level: ${metrics.upsideTargetPrice|fix2} Minimum Profit Target
- Pattern Classification: {metrics.vcpClassification}
- Algorithmic Setup Rating: {metrics.minerviniExecutionVerdict}
1. Algorithmic VCP Pattern Screening Mechanics
Utilizing the best vcp pattern scanner free [NEW #2942] allows active momentum traders to identify high-probability breakout candidates with extreme mathematical precision. Volatility Contraction Pattern screening transforms discretionary visual chart reading into a systematic, rule-based quantitative discipline that removes emotional hesitation from trade execution.
The automated screener continuously scans the entire equity universe to identify leading growth stocks in confirmed Stage 2 uptrends displaying consecutive contraction waves that roughly halve in percentage depth across a constructive horizontal consolidation base.
By mathematically verifying that the distance between swing highs and swing lows tightens progressively from 20% down to under 5%, the algorithm flags institutional stocks where massive accumulation is quietly absorbing all circulating floating supply from short-term retail participants.
This progressive supply drying prevents sudden overhead selling cascades, ensuring that when the critical pivot resistance line is crossed, buying volume encounters virtually zero structural selling resistance in the order book.
2. Volume Dry-Up (VDU) Confirmation Rules
A critical algorithmic filtering parameter in the SEPA framework is Volume Dry-Up (VDU). False breakouts frequently occur in loose consolidation patterns where trading volume remains elevated, indicating ongoing chaotic churn between aggressive buyers and eager sellers.
The quantitative screener mandates that daily trading volume during the final tightest contraction wave must collapse to less than 45% of the security's 50-day moving average, signaling absolute liquidity evaporation.
When trading volume completely dries up while price action holds tightly near its swing highs, institutional sellers have exhausted their supply, leaving the order book vulnerable to rapid, explosive upward re-pricing upon any subsequent demand spike.
Stocks meeting both tight price contraction and strict volume dry-up criteria achieve statistically superior breakout success rates exceeding 70% in constructive, healthy broader market regimes.
3. Trend Template Integration & Moving Average Stacking
The VCP pattern screener does not operate in a vacuum; it functions strictly within Mark Minervini's non-negotiable Trend Template parameters. A candidate stock must trade comfortably above its rising 50-day, 150-day, and 200-day simple moving averages.
The moving averages must be stacked in ideal sequential order: 50-day > 150-day > 200-day, with the critical 200-day moving average slope trending upward for at least thirty consecutive calendar days.
Furthermore, the stock must trade within 25% of its 52-week high and at least 30% above its 52-week low, guaranteeing that investment capital is allocated exclusively to true market leaders in established Stage 2 uptrends.
This moving average architecture prevents disciplined traders from mistaking bottom-fishing dead-cat bounces for genuine institutional stage 2 momentum compounders capable of sustaining triple-digit advances.
4. Automated Pivot & Pocket Pivot Execution
The screener calculates two distinct entry thresholds: the classical horizontal pivot breakout point and the intraday pocket pivot setup developed for early accumulation entries.
The classical pivot level represents the highest peak of the final contraction wave. A buy-stop order placed 5 to 10 cents above this level triggers automated entry the exact millisecond resistance gives way to institutional demand.
Pocket pivot calculations identify accumulation volume spikes inside the consolidation base where upward volume exceeds the highest down-volume day of the prior ten sessions, allowing earlier entry with significantly tighter risk parameters.
Executing at these exact structural inflection points maximizes upside breakout velocity while allowing protective stop losses to be anchored tightly beneath recent base support, locking in an asymmetric reward-to-risk ratio.
5. Dynamic Risk-Reward Profiling and Position Sizing
Professional momentum trading performance is built entirely on asymmetric risk-reward mathematics rather than high win rates. The screener models automated position sizing based on a fixed 3:1 reward-to-risk minimum expectation.
If the protective stop loss distance is calculated at 4% below the pivot buy point, the algorithmic profit target is established at a minimum of 12% above the purchase price, ensuring positive mathematical expectancy.
Portfolio allocation is adjusted dynamically: higher-conviction setups with 4T high-tight contractions and triple-digit quarterly earnings growth justify larger capital allocations of 15% to 20% of portfolio equity.
By maintaining strict stop discipline, even an active trader with a modest 45% win rate generates substantial compound returns through compounding multi-multiple winning trades across market cycles.
6. False Breakout Detection and Defense Protocols
In choppy, corrective, or distribution market phases, breakout attempts can fail quickly. The screener incorporates immediate defense rules to protect invested capital against adverse reversals before small losses become catastrophic.
If a stock breaks out above the pivot but closes back below the pivot level on heavy volume, the screener flags an immediate tactical warning to reduce position size by 50% without delay.
If price action penetrates the protective stop beneath the final contraction low, the entire position is liquidated mechanically with zero emotional hesitation or rationalization.
Treating stop losses as the necessary, routine cost of doing business preserves psychological composure and keeps trading capital pristine for clean, high-conviction market regimes.
7. Summary Guidelines for Elite Momentum Trading
Mastering the Mark Minervini SEPA VCP screener empowers individual investors to trade with the ruthless discipline and mathematical precision of a championship hedge fund manager.
Focus capital exclusively on top-tier growth stocks demonstrating high Relative Strength ratings above 90, accelerating earnings growth, and tight coiled chart geometry.
Refuse to compromise on volume dry-up confirmation: the most explosive, sustained breakout moves always emerge when sellers are completely exhausted and floating supply has dried up.
Consistently respecting strict stop loss rules while allowing powerful Stage 2 leaders to compound provides the indestructible mathematical foundation for generational market outperformance.
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Upgrade to Gemral Edge Pro ($39/mo)Frequently asked questions
What does this VCP pattern screener calculate?
The tool evaluates contraction wave depth ratios, verifies volume dry-up below 50-day averages, determines the optimal pivot buy point, and sets a 3:1 reward-to-risk stop-loss profile.
What are the ideal contraction wave ratios in a VCP setup?
Ideally, each successive wave contracts by roughly half the prior wave (e.g. T1 = 20-25%, T2 = 10-12%, T3 = 2-5%), indicating that overhead selling pressure is being systematically absorbed.
How does the tool verify volume dry-up (VDU)?
The screener confirms VDU when daily trading volume during the final contraction wave falls below 45% of its 50-day moving average, signaling total exhaustion of circulating supply.
Where should the protective stop-loss be positioned?
Stops should be placed immediately below the low of the final tightest contraction wave (typically 3% to 5% below entry), never exceeding Minervini's 8% maximum allowable loss rule.
Risk Disclaimer
Trading and investing in digital assets, financial instruments, and predictive events involve substantial risk of loss and are not suitable for every investor. The predictive intelligence, probability distributions, historical precedents, and scenario modeling presented on this page are compiled for informational and research purposes only and do not constitute financial, investment, legal, or tax advice. Past performance and statistical precedents do not guarantee future outcomes. Always conduct independent due diligence before committing capital.