Xertra (STRAX) 1-Hour Swing Momentum Order Flow Liquidity Sweep
Algorithmic 1-Hour Swing Momentum Order Flow Liquidity Sweep strategy for Xertra (STRAX). Calibrated for 12 to 48 hours with 200-period moving average alignment and multi-hour liquidity sweeps. Paper trade on live Binance data.
1-Hour Swing Momentum Calibration & Execution Dynamics
Expected duration from algorithmic entry trigger to defensive target exit.
200-period moving average alignment and multi-hour liquidity sweeps
Intermediate swing trades capturing multi-day trend legs
Mathematical Engine & Formula
Sweep = High > PriorSwingHigh AND Close < PriorSwingHigh (Bearish) / Low < PriorSwingLow AND Close > PriorSwingLow (Bullish)Entry Condition: Enter long immediately following a 15-minute candle that breaches equal lows and sharply closes back inside the prior trading range.
Exit Condition: Target opposing liquidity pool at the range high; stop loss placed 5 bps beyond the sweep wick extreme.
Execution & Cost Transparency (1H)
Most backtests fabricate impossible returns by assuming zero fees and zero slippage. Zengtrade factors realistic market realities into every paper trade on Xertra:
- Spot Friction: Requires fast execution engine. Limit orders on retest are preferred over market execution to minimize slippage.
- Risk Guidance: Trail stop loss at the previous 1-hour swing pivot once trade reaches 1R profit.
- 35 bps Friction Model: Exchange taker fee (10 bps) + maker fee (10 bps) + dynamic slippage buffer (15 bps).
Authored & Verified by Zengtrade Quantitative Research: Every model parameter for Xertra (STRAX) on 1-Hour Swing Momentum is calibrated on historical Binance spot tick archives with a 35 bps round-trip friction model. Zengtrade operates under a strict non-custodial, paper-first mandate: we never hold client deposits, never charge commissions on trading volume, and never fabricate hypothetical return curves. Forward-test evidence must be established before live deployment. Read our Regime Engine Methodology and Risk Disclosures.