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Backtested research example

Macro Regime Sector Rotation (Top 500 Most Traded US Stocks)

MACRO_DRIVEN
macrosector-rotationus-stockstop-500momentumqualityvolatility-target

🗓 Backtest period: 2020-01-01..2025-10-08

StartTotal 161.5%End
Max DD -37.0%

Backtest metrics

Sharpe
0.81
Total Return
113.0%
Max Drawdown
-43.5%
CAGR
14.0%
Volatility
24.1%
Trades
3,009

Strategy Card

Macro Regime Sector Rotation (Top 500 Most Traded US Stocks) — strategy card

Spec ID: spec-macro-driven-top500-us-stocks-1764834334 · Generated: 2026-06-05 18:09 UTC

Cluster: Macro Rotation · Sub Cluster: Regime-Based Us Sector Momentum

One-line description

Monthly long-only sector rotation strategy over the 500 most-traded US stocks. It infers macro regimes, tilts sector weights accordingly, then selects high-momentum, high-quality stocks within each sector with volatility-aware sizing.

Why this trade exists

Sector leadership tends to vary across inflation, rates, growth, labor, and volatility regimes because cash-flow duration, cyclicality, balance-sheet sensitivity, and commodity exposure differ materially by industry. A rules-based macro classifier attempts to capture these slow-moving cross-sector risk premia while avoiding purely price-based sector chasing.

Within each favored sector, the strategy emphasizes 12-month momentum excluding the most recent month, sector-relative strength, ROIC, free-cash-flow margin, and earnings revisions. This combines persistent behavioral momentum effects with quality and revision signals that may reduce exposure to financially weak winners. Monthly rebalancing, sector caps, liquidity filters, earnings blackouts, and inverse-volatility sizing are intended to make the signal more implementable in large-cap/liquid US equities.

Algorithm

[code omitted from public view]

Parameters

Param Value Notes
Universe Top 500 most-traded US stocks Ranked by 1-year dollar volume; stocks only
Backtest window 2020-01-01 to 2025-10-08 Daily bars, monthly rebalance
Macro update frequency Monthly Macro inputs lagged by 5 business days
Regime indicators CPI YoY, 10Y yield, GDP/growth, unemployment/labor, VIX/risk Implementation may use available macro proxies for some series
Regime rules Disinflation Risk-On; Reflation Rate-Rise; Stagflation; Risk-Off High-Vol Ordered conditional macro classifier
Sector base weights Equal-weight 11 sectors Converted to biased weights by regime
Sector caps Min 3%, max 25% Also max sector exposure 25%
Sector momentum confirmation 126 trading days Positive sectors boosted 1.1x; negative sectors cut to 0.9x
Stock momentum 252 trading days excluding most recent 21 days Largest score weight: 0.50
Stock relative strength 6 months vs sector Score weight: 0.20
Quality / revisions ROIC 0.15; FCF margin 0.10; earnings revision 0.10 Z-scored by sector; 1% winsorization
Leverage penalty Net debt / EBITDA > 3: -0.20 Applied to composite score
Selection count Top 30 per sector Subject to eligibility filters
Volatility estimator 20 trading days Used for inverse-vol sizing and vol target
Volatility target 12% annualized Max leverage 1.0
Max position size 3% Single-name cap
Turnover control Min hold 20 days; keep threshold 0.15 score delta Reduces rebalance churn
Earnings blackout 3 days before, 1 day after Excludes upcoming earnings within 3 days
Liquidity filters Price >= $5; 30-day ADV >= $5mm Additional execution limit: 1% ADV/day
Costs 0.15% round trip Proportional-to-volume slippage model

Look-ahead audit

# Concern Status
1 Macro publication timing Uses a 5-business-day macro lag; still requires confirmation that vintage/release-date data, not revised final data, were used.
2 Fundamental data availability ROIC, FCF margin, leverage, and earnings revisions must be point-in-time with realistic filing/vendor delays.
3 Universe construction Top-500 most-traded universe can introduce survivorship or future-liquidity bias unless membership is reconstructed historically.
4 Earnings blackout Upcoming earnings dates must come from information known before the rebalance date.
5 Execution realism 1% ADV cap, slippage, and round-trip cost are included, but market impact during stress regimes may be understated.
6 Regime proxy mapping Some macro variables may be proxied by available database series; mapping should be documented and frozen before testing.

Caveats / known limitations

Results

The backtest produced a positive total return of 113.01% over 2020-01-01 to 2025-10-08 with a Sharpe of 0.81, Sortino of 0.82, and profit factor of 1.73 across 3009 trades. The 64.77% win rate is encouraging, but realized volatility was high at 24.09% and the maximum drawdown reached -43.48%, making the risk profile significantly more aggressive than the nominal 12% volatility target would imply. Overall, the signal shows economically plausible return generation, but drawdown control and point-in-time data validation are key follow-ups before further research use.

Backtest metrics snapshot

Metric Value
Total Return 113.01%
Sharpe 0.81
Sortino 0.82
Calmar 0.32
Max Drawdown -43.48%
Volatility 24.09%
Win Rate 64.77%
Profit Factor 1.73
Total Trades 3009
Symbols 500 (A, AA, AAL, AAPL, ABBV, ABNB, ABT, ACGL, ACN, ADBE, +490 more)

Backtests are historical simulations for research purposes only. They are not investment advice and do not guarantee future performance.