Low Volatility Quality on Canadian Stocks: 9.8% CAGR, +4.7% vs TSX Composite

Canada delivered strong risk-adjusted results with both absolute and excess returns. Low-vol quality stocks on the TSX returned 9.80% CAGR from 2000 to 2025 with a 0.658 Sharpe ratio, beating the TSX Composite by +4.72% annually. The portfolio captured 87.2% of the TSX's upside and only 38.5% of its downside, with zero cash periods across the entire 25-year backtest.

Contents

1. Method
2. The Screen
3. Results
4. When It Works
5. When It Struggles
6. Limitations
7. Part of a Series
8. Run It Yourself
9. Takeaway
10. References

Zero cash periods. The screen always found enough qualifying stocks. Canada's natural tilt toward banks, utilities, telecoms, and pipelines creates a deep, reliable quality universe that never runs dry.

Data: FMP financial data warehouse, 2000–2025. Updated March 2026.

Method

For the full methodology and research context, see our US flagship post.

The Screen

-- Low Volatility Quality Canada (TSX) Screen
-- Run at: cetaresearch.com/data-explorer

SELECT
    k.symbol,
    p.companyName,
    ROUND(k.returnOnEquityTTM * 100, 2) AS roe_pct,
    ROUND(f.operatingProfitMarginTTM * 100, 2) AS opm_pct,
    ROUND(k.marketCap / 1e9, 2) AS mktcap_b_cad
FROM key_metrics_ttm k
JOIN financial_ratios_ttm f ON k.symbol = f.symbol
JOIN profile p ON k.symbol = p.symbol
WHERE k.returnOnEquityTTM > 0.10
    AND f.operatingProfitMarginTTM > 0.10
    AND k.marketCap > 500e6
    AND p.exchange IN ('TSX')
ORDER BY k.marketCap DESC
LIMIT 30

This produces the quality universe. The full strategy ranks these candidates by trailing 252-day volatility (computed from daily returns) and selects the 30 lowest-volatility names.

Try the quality screen on Ceta Research

Results

$10,000 invested in 2000 grew to $111,027 in the low-vol quality portfolio vs $34,982 in the TSX Composite. The portfolio delivered +4.72% annual excess return while running at 32% less volatility. Max drawdown was -28.49% vs -46.13% for the benchmark.

The Sharpe ratio of 0.658 is more than 4x the TSX Composite's 0.158. That's exceptional risk-adjusted outperformance. Canada's low-vol quality stocks delivered strong absolute returns with remarkably low risk relative to the local market.

The 0.540 beta tells the same story. The portfolio moves about half as much as the TSX. The VaR of -6.25% means that in the worst 5% of quarters, you'd expect to lose less than 7%. The TSX Composite's VaR is more than double that at -13.42%.

When It Works

Bear markets and resource downturns. The TSX low-vol quality portfolio shines when the broader Canadian market falls.

2008 was the biggest outperformance year: -11.4% vs -35.0% for the TSX Composite. The financial crisis crushed resource stocks and leveraged Canadian financials. The quality filter excluded weaker names, while low-vol ranking favored defensive sectors. The portfolio still lost money but absorbed only a third of the market's decline.

2015 delivered +16.3% excess during the commodity crash. Oil fell from $100 to $30, hammering the TSX's heavy energy weighting. The low-vol quality portfolio's tilt toward banks, utilities, and telecoms provided insulation. While the TSX fell -11.1%, the portfolio gained +5.2%.

The strategy's 38.5% down capture ratio is the mechanism here. In the average TSX decline, the portfolio absorbed less than 40% of the loss. Over 25 years, that protection compounds into substantial risk-adjusted outperformance.

When It Struggles

Resource booms and strong cyclical rallies. When energy and materials surge, low-vol quality stocks lag.

2021 saw the portfolio lag by -7.2% as the TSX Composite surged +25.1%. The post-COVID recovery favored energy and materials as commodity prices rebounded. Low-vol quality stocks participated in the rally but couldn't match the cyclical sectors' momentum.

2016 and 2009 show similar patterns. After sharp commodity declines (2015 oil crash, 2008 financial crisis), the bounce favored the most beaten-down resource stocks. The low-vol portfolio held up better during the decline but captured less of the recovery.

The win rate of 55.34% reflects the strategy's consistent edge. The portfolio beats the TSX Composite in more than half of all quarters. When it loses, the magnitude is modest (typical -3% to -7% lag in strong commodity years). When it wins, the magnitude is larger (2008's +23.6% excess, 2015's +16.3%). That asymmetry drives +4.72% annual excess return over 25 years.

Limitations

Returns are in CAD. The Canadian dollar has ranged between parity and C$1.45 per USD over this period. Currency impact is lower than for emerging markets but still present for US-based investors.

Sector concentration. Canada's quality universe tilts heavily toward financials (Big Five banks), utilities, and telecoms. Regulatory changes in any of these sectors could hit the portfolio disproportionately. The Big Five banks alone can represent a large fraction of qualifying stocks.

Resource sector exclusion. The quality filter (ROE > 10%, OPM > 10%) excludes many Canadian resource companies, especially during commodity downturns. This creates an implicit structural underweight to energy and materials. In commodity booms, the portfolio lags. In busts, it protects.

Transaction costs. Size-tiered model applied (0.1% for large caps, 0.3% for mid caps, 0.5% for small caps). Canadian equity trading costs are generally low for large-cap names, which dominate this portfolio.

Local benchmark strength. The TSX Composite's 5.08% CAGR over this period reflects commodity exposure and the 2008-2015 resource bear market. The +4.72% excess return is substantial in this context.

Part of a Series

Low Volatility + Quality on US Stocks (11.2% CAGR, 0.426 Sharpe, +3.2% vs S&P 500) is the flagship post with full methodology, research context, and the complete 14-exchange comparison table.

Low Volatility + Quality on Indian Stocks (16.8% CAGR, +5.7% vs Sensex) delivered the strongest absolute and excess returns of any market tested.

Run It Yourself

Live screen:

python3 low-vol-quality/screen.py --preset canada

Backtest:

python3 low-vol-quality/backtest.py --preset canada --output results/returns_Canada.json --verbose

Code: github.com/ceta-research/backtests/tree/main/low-vol-quality

Takeaway

Canada delivered 9.80% CAGR with a 0.658 Sharpe ratio, beating the TSX Composite by +4.72% annually. The TSX's structural composition makes it a natural fit for this strategy. Banks, utilities, telecoms, and pipelines pass quality screens easily, and these sectors are inherently low-volatility. The result is a portfolio that never sat in cash, averaged 29.6 stocks per quarter, and ran at half the benchmark's beta.

The absolute excess return of +4.72% is substantial. The risk-adjusted case is even stronger: 0.658 Sharpe vs 0.158 for the TSX Composite. A portfolio that cuts max drawdown from -46.1% to -28.5%, reduces volatility by a third, and captures only 38% of market downside while participating in 87% of upside delivered both capital preservation and wealth accumulation.

Boring Canadian stocks doing boring Canadian things. That's the point.

References

• Baker, M., Bradley, B. & Wurgler, J. (2011). "Benchmarks as Limits to Arbitrage: Understanding the Low-Volatility Anomaly." Financial Analysts Journal, 67(1), 40-54.
• Ang, A., Hodrick, R., Xing, Y. & Zhang, X. (2006). "The Cross-Section of Volatility and Expected Returns." Journal of Finance, 61(1), 259-299.
• Frazzini, A. & Pedersen, L. (2014). "Betting Against Beta." Journal of Financial Economics, 111(1), 1-25.
• Novy-Marx, R. (2013). "The Other Side of Value: The Gross Profitability Premium." Journal of Financial Economics, 108(1), 1-28.

Data: Ceta Research, 2000-2025. Full methodology: Methodology

Past performance does not guarantee future results. This is educational content, not investment advice.