What Is ROCE? Return on Capital Employed Formula and Example

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Return on capital employed (ROCE) is a profitability ratio that measures how much operating profit a company generates from the long-term capital it uses to run its business. It divides earnings before interest and tax (EBIT) by capital employed, which is usually calculated as total assets minus current liabilities. Because capital employed includes money provided by both shareholders and long-term lenders, ROCE shows how efficiently the business turns its whole capital base into profit, regardless of how that capital was financed.

A ROCE of 15% means the company earned 15 cents of operating profit for every dollar of capital tied up in the business during the period. The ratio is sometimes called the “primary ratio” because it links profit to the full pool of resources a company controls.

The ROCE Formula

The standard return on capital employed formula is:

ROCE = EBIT ÷ Capital Employed

where:

• EBIT = earnings before interest and tax, roughly revenue minus cost of goods sold and operating expenses (often reported as operating income)
• Capital Employed = Total Assets − Current Liabilities

The result is a decimal that is normally expressed as a percentage. An ROCE of 0.18 is quoted as 18%.

Why EBIT is the numerator

EBIT isolates the profit the business generates from its operations. Interest is excluded because the denominator already includes lenders’ capital: if you subtracted interest payments from profit while counting debt in the capital base, a company financed with debt would look worse than an identical company financed with equity, even though their operations perform the same. Taxes are excluded so that companies in different tax situations can be compared on operating performance alone. ROCE is therefore always a pre-interest, pre-tax measure.

What counts as capital employed

Subtracting current liabilities from total assets leaves the capital that is committed to the business for the long term. On a balance sheet, total assets equal total liabilities plus equity, so the same figure can be built from the other side:

Capital Employed = Shareholders’ Equity + Non-Current Liabilities

Non-current liabilities consist mainly of long-term debt but can also include items such as long-term lease liabilities, pensions and deferred tax. Either route should give the same number if the balance sheet balances.

Removing current liabilities reflects that suppliers’ credit, accrued wages and similar short-term obligations automatically fund part of the company’s day-to-day assets. What remains is the capital that shareholders and long-term creditors have actually put to work.

Is short-term debt subtracted?

Under the simple formula, yes. Short-term borrowings and the current portion of long-term debt sit in current liabilities, so they reduce capital employed. Some analysts add short-term interest-bearing debt back, since a bank loan due within a year is financing rather than an operating liability like accounts payable. This matters most for companies that roll over large short-term credit lines. Whichever version you use, apply it consistently.

Does capital employed include cash?

Yes. Cash is part of total assets, so it sits inside capital employed under the standard formula. A large cash pile the company does not need for operations earns little operating profit but enlarges the denominator, lowering ROCE. Some analysts subtract excess cash to focus on the operating business; that adjustment should be stated alongside the result.

Using average capital employed

Capital employed taken from a single year-end balance sheet can be distorted if the company raised money, bought a business or paid down debt near the reporting date. A common refinement is to use the average of opening and closing capital employed for the period:

Average Capital Employed = (Opening Capital Employed + Closing Capital Employed) ÷ 2

Because EBIT is earned across the whole year, pairing it with an average balance better matches profit to the capital that generated it.

How to Calculate ROCE: Worked Example

The following figures are hypothetical and are used only to show the mechanics. Two companies operate in the same industry.

Calculation. Take EBIT (operating income) from the income statement, then subtract current liabilities from total assets on the balance sheet. Company A: $12 million ÷ $60 million = 20%. Company B: $30 million ÷ $200 million = 15%.

Company B has more than four times the revenue and two and a half times the operating profit, yet Company A generates 20 cents of EBIT per dollar of capital employed against Company B’s 15 cents. At current rates of return, an extra dollar invested in Company A would produce more operating profit.

Refinement with averages (hypothetical). If Company A’s capital employed was $55 million at the start of the year and $65 million at the end, the average is $60 million and ROCE is still 20%. Had the company raised $20 million in the last week of the year, a single-date ROCE would fall even though that money had not yet had time to earn anything.

How Analysts Interpret ROCE

Peer comparison. Within an industry, a higher ROCE suggests a company gets more out of its plants, stores, networks or working capital than its rivals. The ratio is particularly useful in capital-intensive sectors such as utilities, telecoms, manufacturing and energy. Because it counts debt as well as equity, it compares heavily and lightly indebted companies on a level footing.

Trend analysis. A single year’s ROCE says little on its own. Over several years, a stable or rising ROCE suggests a company is investing new capital at returns at least as good as its existing business. A falling ROCE can mean margins are shrinking, new investments are not yet paying off, or the company is accumulating assets faster than it can use them productively. A volatile ROCE points to earnings that swing with conditions outside management’s control.

Comparison with the cost of capital. The most meaningful benchmark is the company’s weighted average cost of capital (WACC), the blended return that lenders and shareholders require. Returns above it create value with each dollar invested; returns below it destroy value even if the company reports a profit. Because ROCE is pre-tax and WACC is usually after tax, a precise comparison converts ROCE to an after-tax basis or uses ROIC, covered below.

Capital allocation decisions. ROCE can be calculated for divisions, regions or product lines, so management can direct new investment toward high-return units and question those that tie up capital without adequate profit. To evaluate projects before they are built, forward-looking tools such as net present value and internal rate of return are more appropriate, since ROCE only measures results after the fact.

What is a good ROCE?

There is no universal threshold. Some guides treat an ROCE of around 20% or higher as a sign of a strong business, but that figure is a rough rule of thumb rather than a standard. A software company with few physical assets can post a very high ROCE, while a well-run utility earns far less because regulated returns and heavy infrastructure keep the ratio modest. A 12% ROCE can be excellent in one industry and weak in another.

A more useful test has three parts:

1. Is ROCE above the company’s cost of capital?
2. Is it in line with or better than close competitors?
3. Has it held steady or improved over several years?

A low ROCE is not automatically bad: it can reflect a large cash balance, a recent acquisition that has not yet contributed a full year of profit, or a heavy investment phase that may raise returns later.

ROCE vs. ROE, ROA and ROIC

ROCE sits in a family of return ratios that differ in what they put in the numerator and denominator.

ROCE vs. ROE

Return on equity looks only at the shareholders’ slice. Its numerator is net income, which is after interest, and its denominator is equity alone. That makes ROE sensitive to leverage: a company that borrows to buy back shares shrinks its equity and can raise ROE even if operations have not improved at all.

For a hypothetical example, take a company with $100 million of capital employed and $15 million of EBIT, a 15% ROCE. If it swaps $40 million of equity for $40 million of debt, capital employed and ROCE are unchanged. ROE now divides a smaller net income (after the new interest cost) by a much smaller equity base and typically rises as long as the business earns more than the after-tax cost of the debt. ROCE shows the business is unchanged; ROE shows shareholders carrying more financial risk for a higher return.

ROCE vs. ROA

Return on assets uses all assets in the denominator, including those funded by suppliers and other current liabilities, and usually net income in the numerator. ROCE removes current liabilities from the base and uses pre-interest profit, so a company that funds a large share of its assets through supplier credit shows a noticeably higher ROCE than ROA.

ROCE vs. ROIC

Return on invested capital rests on the same idea as ROCE but adjusts both parts of the ratio.

The numerator is net operating profit after tax (NOPAT):

NOPAT = EBIT × (1 − tax rate)

For a hypothetical company with $12 million of EBIT and a 25% tax rate, NOPAT is $12 million × 0.75 = $9 million. ROIC therefore reflects the tax the business pays on its operating profit, while ROCE does not.

Its denominator, invested capital, is built more carefully than capital employed and strips out non-operating cash and investments, addressing one of ROCE’s main distortions. Because ROIC is after tax, it lines up directly with WACC, which is why it is the preferred measure in valuation work such as discounted cash flow models. ROCE remains popular because it can be calculated quickly from published statements without judgment calls about which items are operating.

ROCE Through the Business Cycle

Because EBIT swings with demand while capital employed changes slowly, ROCE tends to move with economic conditions:

• Expansion: Sales rise and fixed costs are spread over more output (operating leverage), so EBIT can grow faster than capital and ROCE often improves.
• Peak: Growth slows and competition intensifies; ROCE can flatten or slip.
• Contraction: Demand falls while costs and capital stay in place, squeezing EBIT. ROCE declines, sometimes sharply in cyclical industries.
• Recovery: Companies that kept costs under control see profits and ROCE rebound.
• Early growth: Capacity added ahead of demand raises capital employed before it earns profit, so ROCE can dip temporarily and then rise if the investments succeed.

For cyclical businesses, comparing ROCE at the same stage of the cycle, or averaging it over a full cycle, gives a fairer picture than any single year.

How Companies Improve ROCE

Since ROCE is a fraction, a company can raise it by increasing EBIT, reducing capital employed, or both.

Raising operating profit. Cost reduction through process improvements and automation, better pricing and margins, market share gains and stronger products all lift EBIT without adding capital.

Using less capital. Lower inventory, faster collection of receivables, selling underused assets, renegotiating leases and sharing assets with partners shrink the capital base. Avoiding investments unlikely to clear the required return, and directing money to the most productive units, keeps capital employed from growing faster than profit.

Not every route to a higher ROCE is healthy. Cutting maintenance or research lifts EBIT this year but can erode the business later. Stretching supplier payments raises current liabilities and improves the ratio without any change in how the operations perform. Underinvesting keeps the denominator small at the cost of future growth.

Limitations of ROCE

Backward-looking. ROCE is built from historical financial statements. It measures how past investments have performed and may not reflect current conditions or the returns on new projects.

Old assets flatter the ratio. Fixed assets are carried at cost less accumulated depreciation. A company running fully depreciated plants can show a high ROCE simply because its asset base looks small on paper, while a competitor that just built a modern facility shows a lower ratio despite better equipment.

Intangible-heavy businesses. Research, brand building and software development are often expensed rather than recorded as assets, so capital employed can understate what such companies have truly invested, pushing ROCE artificially high.

Accounting and timing choices. Depreciation methods, lease treatment, asset revaluations and year-end working capital moves all affect the inputs, so ROCE can be managed like any ratio.

Incomplete picture. ROCE says nothing directly about revenue growth, cash flow, debt levels, valuation or risk. A company with a high ROCE can still be a poor investment if its shares already price in that performance; valuation measures such as enterprise value multiples answer a different question.

FAQs

The Bottom Line

ROCE is most useful to investors and managers comparing companies in capital-intensive industries, because it judges operating performance regardless of how the business is financed. A strong result beats the cost of capital, matches or exceeds close competitors, and holds steady over several years. Since the ratio looks backward and depends on accounting choices, it works best alongside ROIC, cash flow and valuation measures.