Back to strategy hub
Tier B funded/eval research

Power Hour Prior Sweep

A 1-minute power-hour prior-day-low sweep reclaim model with strong funded-mode survival and solid evaluation pass behavior.

Trades860.57 per week
Win rate62.8%10k validated
Target RR1.0Rdefault model
Expectancy+0.226Rper trade
Profit factor1.60gross wins / losses
Max DD4.75Rhistorical path
Eval pass91.5%10,000 paths
Eval fail8.5%trailing/DD fail
Median pass26 daysp25 18 / p75 37
Funded payout100.0%modeled eligibility
Historical Equity Curveclosed-trade R path
Exact operating profile

Entry, stop, target, and governor logic

The public page shows the research-grade operating shape. Source code, alert wiring, and platform-specific automation files remain private until unlock.

ItemValidated ruleExecution note
Chart1-minute execution chartThe validated candidate is a 1-minute power-hour model.
MarketMES/MNQ micro futuresMicro sizing first because sweeps can slip around prior-day levels.
DirectionLong onlyThe validated candidate is a prior-day-low reclaim, not a short model.
SessionPower hourThe edge is concentrated late in RTH. Do not move it to the open without retesting.
SetupSweep below prior day low, then close back above itThis is a failed breakdown / liquidity sweep reclaim.
Trend filterPrice must be above EMA200Keeps the reclaim aligned with broader trend context.
RSI filterRSI below 52 at signalAvoids chasing after full momentum recovery.
EntryClosed-bar signal, next-bar/market style entry in the approximationBacktest used next-bar replay execution.
StopMax of structure risk and 1.0 ATR, with minimum-risk floorStop is attached immediately. No averaging down.
TargetFixed 1.0R targetBracketed target.
Time exit12 bars on the validated 1-minute modelExit if neither stop nor target resolves inside horizon.
GovernorFunded add-on or patient evaluation moduleFrequency is low, so it should not be the only fast-pass engine.
Fast-pass governor frontier

Speed versus survival settings

These rows keep the same signal logic and only change risk dollars plus daily lockouts. Faster pass settings raise drawdown failure risk, so they belong in demo first.

ModeRiskDaily stopDaily lockPassFailMedianP75Avg DD
Governor optimizer pending for this strategy.
TradingView package

PineScript approximation staged privately.

This is a market-structure sweep reclaim package. It is slower than Speed Pass, but the prop/funded survival math is cleaner than most high-frequency candidates.

Pine v5 indicator

output/luxalgo-buyer-assets/pinescripts/power-hour-prior-sweep.lux.pine

Alerts and plotted levels

Buy arrows, stop line, target line, session controls, and alert conditions are included in the staged script.

Not public-published

The script is private buyer/testing code and has not been published to the TradingView public library.

Sources and testing protocol

What this validation is based on

The page is a research summary, not audited live performance. These are the internal files and rule assumptions behind the published metrics.

AreaSourceTest note
Market dataNormalized MES/MNQ continuous-contract intraday bars from work/databento_validation_normalized.Coverage checked from source CSVs: 2023-06-01 through 2026-05-29.
Replay enginework/drawing_board_edge_hunt_20260624.py plus work/prop_alpha_expanded_tournament.py.1-minute bars are resampled into the tested 2-minute and 5-minute execution views before signals are replayed.
Validation fileswork/prop_alpha_expanded_validation_20260625 and work/prop_alpha_portfolio_validation_20260625.Promoted candidates were rerun through 10,000 Monte Carlo prop-firm paths.
Rule templateTopstep-style 50K Combine/XFA simulator, verified from official Topstep help pages on 2026-06-25.Includes MLL, optional DLL, contract limits, micro ratio, consistency, payout-day, and automation caveats.
Costs$1.24 commission per side and 1 tick slippage per side in the current simulator template.Live fills must be audited before scaling. If costs drift, the strategy is paused.

Risk note

Strategy research is educational software and trading research, not financial advice. Backtests and Monte Carlo simulations can fail in live markets due to fees, slippage, latency, platform behavior, regime changes, and user execution.