EV to EBITDA: How to Calculate It, What a Good Multiple Looks Like and Where It Misleads

The EV to EBITDA formula

Enterprise value = market capitalisation + debt (including leases) + preferred stock + minority interests − cash
EBITDA = operating income + depreciation + amortisation
EV/EBITDA = enterprise value ÷ EBITDA

The numerator is the price of the entire company as a buyer would pay it: the shares, plus the debt inherited, minus the cash received. The enterprise value vs market cap article covers what belongs in it. The denominator is operating profit before the two biggest accounting judgments, depreciation and amortisation, and before the two items that depend on financing and jurisdiction, interest and tax. Matching a whole-business price with a whole-business profit is what makes the ratio consistent, and it is why dividing enterprise value by net income, or market cap by EBITDA, gives a number that belongs to neither side.

Worked example (illustrative)

Harbor Foods, the fictional packaged-food company used across these guides, has 50 million shares at $30, $300 million of debt including leases and $100 million of cash, so its enterprise value is 1,500 + 300 − 100 = $1,700 million. Its operating income is $175 million and depreciation and amortisation $55 million, so EBITDA is $230 million.

The four multiples describe the same company from different distances. EV/EBITDA, 7.4×, is the flattering one because it counts profit before the $55 million the company must spend each year to maintain its plant. EV/EBIT, 9.7×, charges for that. EV to free cash flow, 17×, charges for all actual capital spending and working capital, and it is the strictest. The P/E of 12.5× is on the equity alone, after interest and tax. A reader who quotes only the first number has not finished.

Why acquirers and lenders use it

A buyer pays enterprise value and will refinance the target's debt, change its tax position and revalue its assets, so the profit measure that survives the deal is the one before interest, tax and depreciation. That makes EBITDA the natural base for a takeover price, and takeover prices are usually quoted as a multiple of it: "ten times EBITDA" is a complete description of a bid in a way that "twenty times earnings" is not. Lenders size loans the same way, lending some number of turns of EBITDA, which is why net debt to EBITDA is their leverage measure. For an investor, the multiple at which comparable companies have actually been bought is a useful anchor for what a business might be worth to someone else, which is not the same as what it is worth to you.

What a good multiple looks like

There is no universal level, because the multiple a business deserves depends on its growth, its returns on capital and how much of its EBITDA it must reinvest. As conventions for a mature industrial or consumer company, 6× to 10× is ordinary, below 6× is cheap or troubled, and above 15× is priced for growth that had better arrive. Capital-light businesses with recurring revenue trade higher because more of their EBITDA is free cash; capital-heavy businesses trade lower because less of it is. Across sectors, software and branded consumer companies commonly carry the highest multiples, utilities and telecoms sit in the middle, and steel, airlines and shipping sit low through most of the cycle. The same business is worth more at low interest rates than high ones, so the whole scale moves with the bond market. The good P/E ratio article builds the fair multiple from these pieces for earnings; the logic is the same here.

The multiple and growth

Like every single-period multiple, EV/EBITDA says nothing about next year. Two companies at 8× with EBITDA growing 2% and 15% a year are not the same price: in five years the second has roughly doubled its EBITDA and, at an unchanged multiple, its enterprise value, while the first has added a tenth. A rough correction divides the multiple by the expected growth rate, in the spirit of the PEG ratio, but it inherits the PEG's weaknesses. The better habit is to ask what growth the multiple requires: at 8× EBITDA and a 9% cost of capital, a business must grow its cash profit only modestly to justify the price, whereas at 20× it must grow quickly for years. That is the question a reverse valuation answers directly.

Where the multiple misleads

• Capital spending. The central blind spot. Two companies at 7× EBITDA can differ enormously in free cash flow if one must reinvest half its EBITDA to stand still. Always set EV/EBITDA beside EV/EBIT or EV to free cash flow, which the free cash flow yield article covers from the other direction.
• Adjusted EBITDA. Companies add back restructuring costs, stock-based pay and "one-time" items, sometimes every year. Use reported EBITDA, or at least compare the two.
• Leases. Since lease accounting changed, rent is partly below EBITDA, so lease-heavy companies report higher EBITDA than before. Include lease liabilities in enterprise value to match, or exclude both.
• Cyclical peaks. A steelmaker at the top of its cycle trades at 4× EBITDA because the market expects EBITDA to halve. A low multiple on peak profit is the pattern the value trap article warns about.
• Negative or tiny EBITDA. Early-stage and loss-making companies have no meaningful multiple; use revenue multiples and a path-to-profit analysis instead.
• Growth ignored. Like any single-period multiple, it says nothing about how fast EBITDA will grow. The implied growth rate method answers the question the multiple leaves open.

The stock valuation guide places EV/EBITDA among the methods that do the heavier work, and VALYSTR's Discover ranks the company universe on enterprise and equity multiples side by side, from each company's filings.