Return on average capital employed (ROACE) is a profitability ratio that compares a company’s operating profit (EBIT) to the average amount of capital the business used during the period. It measures how efficiently management is generating operating returns from the assets and liabilities used to run the business. ROACE is particularly useful for capital‑intensive industries (oil & gas, utilities, manufacturing), where large asset bases are required to generate revenue.
Source: Investopedia — “Return on Average Capital Employed (ROACE)” (Zoe Hansen) —
Why use ROACE?
– It links recurring operating profit (EBIT) to the capital base that actually funds operations.
– Averaging beginning and ending capital employed reduces distortions from seasonal swings, large one‑time purchases/sales, or timing differences.
– Helps compare companies in capital‑intensive sectors or evaluate whether capital investments are producing adequate returns.
The formula (basic)
ROACE = EBIT / (Average Total Assets − Average Current Liabilities)
Where:
– EBIT = Earnings Before Interest and Taxes (operating profit) for the period.
– Average Total Assets = (Total Assets at beginning of period + Total Assets at end of period) / 2.
– Average Current Liabilities = (Current Liabilities at beginning + Current Liabilities at end) / 2.
– Capital employed is typically measured as Total Assets − Current Liabilities; ROACE uses the average of that figure over the period.
Worked example (step‑by‑step)
Given:
– Beginning total assets = $500,000
– End total assets = $550,000
– Beginning and end current liabilities = $200,000 (unchanged)
– Revenue = $150,000
– Operating expenses = $90,000
1. Compute EBIT:
EBIT = Revenue − Operating expenses = $150,000 − $90,000 = $60,000
2. Compute capital employed at beginning and end:
Capital employed (begin) = $500,000 − $200,000 = $300,000
Capital employed (end) = $550,000 − $200,000 = $350,000
3. Compute average capital employed:
Average capital employed = ($300,000 + $350,000) / 2 = $325,000
4. Compute ROACE:
ROACE = $60,000 / $325,000 = 0.1846 = 18.46%
How to interpret ROACE
– Higher ROACE → company is generating more operating profit per dollar of capital employed.
– Compare ROACE to: industry peers, the company’s historical ROACE, and the company’s weighted average cost of capital (WACC). If ROACE > WACC, management is creating value on invested capital.
– Look at trends (multi‑year) rather than a single period. A rising ROACE suggests improving capital efficiency; a falling ROACE may signal declining returns on investments or an increase in lower‑return assets.
ROACE vs ROCE (key difference)
– ROCE (Return on Capital Employed) = EBIT / Capital Employed (usually end‑of‑period capital employed).
– ROACE uses the average of beginning and ending capital employed (Average Total Assets − Average Current Liabilities).
– ROACE is generally preferred where capital levels fluctuate during the year, because averaging smooths extreme timing effects.
Practical step‑by‑step: calculating ROACE from financial statements
1. Gather the company’s balance sheets (beginning and end of period) and income statement for the same period.
2. Calculate EBIT from the income statement (exclude interest and taxes; include operating income and operating nonrecurring items treated consistently).
3. Compute total assets at the start and end of the period; compute current liabilities at start and end.
4. Calculate average total assets and average current liabilities (simple average of beginning and end).
5. Compute average capital employed = Average total assets − Average current liabilities.
6. Divide EBIT by average capital employed and convert to a percentage.
7. Benchmark: compare to industry averages, peers, the company’s WACC, and historical ROACE. Assess trend and drivers (revenue growth, margin expansion, capex, divestitures).
Practical tips and adjustments for analysts
– Use operating profit (EBIT) excluding one‑offs for a clearer picture of recurring performance.
– Consider using after‑tax operating profit (NOPAT) if comparing with return metrics like ROIC that use after‑tax operating profit.
– If working capital swings are volatile during the year, consider using quarterly averages or a weighted average rather than just beginning/end.
– For firms with significant leasing after IFRS 16 / ASC 842, include lease assets and liabilities consistently in capital employed.
– When capital structure or accounting policies differ between peers (e.g., accelerated depreciation, capitalized R&D), exercise caution and consider restatements/adjustments for comparability.
Limitations and common pitfalls
– Depreciation effect: as assets are depreciated, capital employed falls even if the asset continues to generate the same operating cash flow, which can mechanically inflate ROACE over time without real efficiency gains.
– Accounting differences: different depreciation methods, capitalization policies (e.g., capitalizing vs expensing R&D), and treatment of leases/acquisitions distort comparisons.
– Non‑operating items: using EBIT helps, but extraordinary or nonrecurring items can still skew results—adjust EBIT as needed.
– Off‑balance sheet items and intangible investments (e.g., brand value, human capital) may not be captured, understating actual capital required.
– Negative or near‑zero capital employed or negative EBIT makes ROACE meaningless or misleading—interpret with caution.
How investors and analysts typically use ROACE
– Screening tool in capital‑intensive industries to find companies that extract higher returns from their asset base.
– Complementary check against ROE, ROIC, and margins: a high ROACE with low ROE might indicate high leverage; compare across measures.
– Value creation assessment: compare ROACE to WACC; ROACE consistently above WACC suggests value creation.
– Trend analysis around major capital projects: monitor pre‑ and post‑capex ROACE to judge investment returns.
Related metrics to consider
– ROCE (Return on Capital Employed) — similar but using end‑period capital.
– ROIC (Return on Invested Capital) — typically uses NOPAT and invested capital (equity + interest‑bearing debt less non‑operating assets).
– ROE (Return on Equity) — measures returns to shareholders, influenced by leverage.
– EBITDA margin, asset turnover, and capital expenditure ratios — to decompose ROACE into margins and asset efficiency.
Quick checklist for using ROACE in analysis
– Are you using operating profit excluding nonrecurring items?
– Have you averaged beginning and end capital employed (or used an appropriate intra‑period average)?
– Are accounting policies comparable across peers? Adjust if not.
– Compare to industry peers, historical trend, and WACC — not in isolation.
– Check whether depreciation and aging assets are inflating ROACE; consider replacement capex and free cash flow.
Conclusion
ROACE is a practical and widely used measure of how well a company turns its capital base into operating profit, especially in capital‑intensive businesses. Its averaging feature smooths timing distortions, but analysts must be mindful of accounting effects (depreciation, leases, capitalization policies) and use ROACE alongside other profitability and capital‑efficiency measures to make well‑rounded investment judgments.
Primary source for this summary: Investopedia — “Return on Average Capital Employed (ROACE)” by Zoe Hansen —
(Continuation and expansion of the Investopedia explanation of Return on Average Capital Employed — ROACE. Source: Investopedia / Zoe Hansen —
Overview and quick reminder
– Return on average capital employed (ROACE) measures operating profitability relative to the amount of capital a company uses to generate that profit. It uses EBIT (earnings before interest and taxes) divided by average capital employed (average total assets less average current liabilities) for the period.
– ROACE is particularly useful for capital-intensive or cyclical businesses because averaging beginning and ending capital employed smooths seasonal or one-off swings.
Formula (concise)
– ROACE = EBIT / Average Capital Employed
– Average Capital Employed = (Capital Employed at beginning of period + Capital Employed at end of period) / 2
– Capital Employed (common definition) = Total Assets − Current Liabilities
Interpretation — what ROACE tells you
– Measures operating return on the capital devoted to running the business (ignores financing mix because EBIT is pre-interest).
– Higher ROACE implies more efficient use of capital to produce operating profits.
– Compare ROACE to:
• Peers in the same industry (most meaningful).
• The company’s historical ROACE (trend analysis).
• The company’s cost of capital (e.g., WACC); ROACE > WACC indicates value creation.
Practical calculation steps (step-by-step)
1. Gather the financial statements for the period (beginning and ending balance sheets) and the income statement for the period.
2. Compute EBIT:
• Start from operating income reported on the income statement.
• Adjust for non-recurring operating items if you want an adjusted, normalized ROACE.
3. Compute capital employed at beginning and end of period:
• Capital Employed = Total Assets − Current Liabilities (use the same definitions at both dates).
• Alternatively, some analysts use Equity + Non-current Liabilities.
4. Compute average capital employed:
• Average = (Capital Employed beginning + Capital Employed end) / 2.
• For seasonal businesses, consider using a multi-period average (quarterly balances) to better smooth volatility.
5. Compute ROACE:
• ROACE = EBIT / Average Capital Employed.
• Express as a percentage.
6. Interpret:
• Compare to peers, prior periods, and WACC; decompose to understand drivers (see decomposition below).
Example 1 (short illustration — adapted from the prior example)
– Beginning total assets: $500,000; beginning current liabilities: $200,000 → Capital employed beginning = $300,000.
– Ending total assets: $550,000; ending current liabilities: $200,000 → Capital employed end = $350,000.
– Average capital employed = ($300,000 + $350,000)/2 = $325,000.
– Revenues = $150,000; Operating expenses = $90,000 → EBIT = $60,000.
– ROACE = $60,000 / $325,000 = 18.46%.
Example 2 (new example with decomposition)
– Beginning total assets: $800,000; beginning current liabilities: $300,000 → Capital employed beginning = $500,000.
– Ending total assets: $900,000; ending current liabilities: $350,000 → Capital employed end = $550,000.
– Average capital employed = ($500,000 + $550,000)/2 = $525,000.
– Revenues = $600,000; Operating expenses = $420,000 → EBIT = $180,000.
– ROACE = $180,000 / $525,000 = 34.29%.
Decomposition (helpful to see what’s driving ROACE)
– ROACE = (EBIT / Sales) × (Sales / Average Capital Employed)
• = EBIT margin × Capital turnover.
– Using Example 2:
• EBIT margin = $180,000 / $600,000 = 30%.
• Capital turnover = $600,000 / $525,000 ≈ 1.143.
• ROACE = 30% × 1.143 ≈ 34.29%.
– This breakdown shows whether ROACE comes from high margins, efficient capital use, or both.
Advanced adjustments and best practices
– Use operating (recurring) EBIT: remove unusual one-offs, gains/losses from asset sales, or disoperations if you want a normalized operating return.
– NOPAT alternative: Some analysts use NOPAT (net operating profit after tax) instead of EBIT to reflect after-tax operating returns. If using NOPAT, compare to average capital employed in the same after-tax context.
– Treat leases and financing changes consistently:
• Under IFRS 16 / ASC 842, operating leases may be capitalized; include right-of-use assets and lease liabilities consistently in capital employed.
– Use more frequent averaging for seasonal businesses:
• Consider quarterly balances or trailing-12-month averages to reduce distortion from a single balance-sheet date.
– When capital employed is small or negative:
• ROACE can become extremely large or meaningless; interpret with caution.
Limitations and common pitfalls (expanded)
– Depreciation effect: As assets depreciate, book value of capital employed falls; if EBIT stays constant, ROACE will rise — this can give a misleading picture of improved efficiency when in reality the company is running the same asset base.
– Inflation and replacement cost: Book values may not reflect current replacement costs; older assets depreciated on historical costs may understate true capital required.
– Accounting policy differences: Different depreciation methods, capitalization thresholds, and lease accounting rules affect comparability across companies.
– Working capital fluctuation: Large swings in short-term payables or receivables can materially change capital employed; isolate one-off working capital timing items when possible.
– Cross-sector comparisons: ROACE is most meaningful within the same industry. Capital intensity varies widely across sectors.
ROACE vs related ratios — how to choose
– ROCE (return on capital employed): Often calculated at a single point in time (end-period capital employed). ROACE averages beginning and end to smooth volatility. Choose ROACE when you want smoothed capital base.
– ROIC (return on invested capital): Usually uses NOPAT and invested capital (debt + equity − non-operating cash); it is focused on returns to both equity and debt providers after tax. ROIC is often preferred for valuation/ capital allocation analysis.
– ROE (return on equity): Uses net income and shareholders’ equity — measures returns to equity holders and includes the effects of financing and taxes.
Using ROACE for investment and valuation decisions
– Compare ROACE to the company’s WACC:
• ROACE > WACC suggests the company is generating returns in excess of its cost of capital (value-creating).
• ROACE < WACC suggests destruction of shareholder value unless there are transitory issues.
– Trend and peer analysis:
• Look for improving ROACE over time and relative outperformance versus competitors.
– Combine with other metrics:
• Use ROACE with margin trends, free cash flow, and capex to understand sustainability.
– Watch capex requirements:
• High ROACE now may not be sustainable if significant capex is required to maintain production; check capex and maintenance spending.
Worked sensitivity check (why it helps)
– Scenario: If a company’s EBIT falls 10% while capital employed is unchanged, ROACE falls proportionally. If capital employed increases due to a big capital project before revenue ramps, ROACE dips short-term. Sensitivity checks show how new investments or profit shocks affect returns and how long the payback to reach target ROACE might be.
Practical checklist for analysts
– Confirm definitions used by the company for assets and liabilities.
– Normalize EBIT for recurring operating performance.
– Decide whether to use NOPAT (after-tax) depending on analysis needs.
– Use average balances, and consider quarterly averages for seasonality.
– Decompose ROACE to margin and turnover to identify improvement levers.
– Compare to industry peers and to WACC for value assessment.
– Inspect capex, depreciation, and working capital trends for sustainability.
Concluding summary
ROACE is a straightforward, useful measure of operating efficiency that links recurring operating profit to the capital base supporting the business. By averaging capital employed, it reduces the noise from one-off balance-sheet timing effects and is especially helpful in capital-intensive or seasonal industries. However, like all accounting-based ratios, it is sensitive to depreciation policies, lease accounting, working-capital timing, and book-value distortions. Best practice is to normalize operating profit, use consistent definitions, decompose ROACE into margins and turnover, and always compare to peers and the company’s cost of capital to assess whether a company is truly generating value.
References
– Investopedia: “Return on Average Capital Employed (ROACE)” — Zoe Hansen.
– Company annual reports and financial statements (for applying the method to real firms)
– Standard corporate finance texts for concepts like WACC and ROIC