EV/EBIT vs EV/EBITDA: When Depreciation Matters

The EV/EBIT vs EV/EBITDA divide hinges on whether you count depreciation and amortization as a real cost. EBITDA strips them out, appearing to show what a business “really” earns. But for asset-heavy companies—airlines, railroads, utilities, manufacturers—depreciation is not an accounting phantom. It is a proxy for the constant capital spending needed to maintain and replace worn assets. EV/EBITDA can make a capital-intensive business look cheaper than it truly is. EV/EBIT keeps depreciation in the denominator, delivering a more conservative, apples-to-apples valuation.

The Two Definitions and Why They Differ

Start with earnings: a company reports net income after all expenses. Back upstream, and you find EBIT (earnings before interest and taxes)—the operating profit before the company pays debt service or income tax.

EBITDA goes one step further backward: it adds back depreciation and amortization, the non-cash charges that reduce reported earnings. EBITDA is “earnings before interest, taxes, depreciation, and amortization.”

On the surface, this looks sensible. Depreciation is a non-cash charge—no money left the till in that fiscal quarter. A company with $1 billion in operating cash flow might report only $600 million in EBIT if it has $400 million in depreciation. The depreciation “appears” to suppress earnings artificially.

But here is the catch: depreciation exists because assets are wearing out. An airline’s aircraft have a 25-year life. The FAA and economics both require replacement. The annual depreciation charge is an accrual-basis estimate of the cost of that eventual replacement. It is not a true cash outflow today, but it foreshadows real cash that must be spent in the future.

This is the critical gap. EV/EBITDA ignores the reality that capital-intensive businesses must continually reinvest to survive. EV/EBIT acknowledges it.

The Capital-Intensity Problem

Consider two businesses, each with $100 million in enterprise value and $10 million in EBITDA:

Company A: A SaaS platform

• No physical assets; minimal depreciation ($500k/year)
• EBIT: $9.5 million
• EV/EBITDA: 10.0×
• EV/EBIT: 10.5×

Company B: A railroad

• Tracks, locomotives, cars; heavy depreciation ($4 million/year)
• EBIT: $6 million
• EV/EBITDA: 10.0×
• EV/EBIT: 16.7×

Both trade at 10× EBITDA, yet the railroad is far more expensive when valuation accounts for depreciation. The SaaS platform can scale revenue with minimal incremental capital. The railroad must perpetually reinvest in track maintenance, locomotive overhauls, and fleet expansion just to maintain current service.

The EV/EBIT multiple (16.7× vs. 10.5×) is the more honest comparison: it reveals the railroad is costlier to own because a larger fraction of earnings must be reinvested.

When Depreciation Disguises Reality

The EV/EBITDA trap is particularly acute when comparing:

1. New vs. mature businesses in the same sector. A newly built manufacturing plant is highly depreciated because the assets are young. A 30-year-old plant might have fully or nearly fully depreciated assets, showing minimal depreciation charges. On an EV/EBITDA basis, the old plant looks cheaper. On EV/EBIT, you see it is already paying the capital cost upfront and must spend heavily to replace aging equipment—likely making it riskier or more capital-intensive, not less.

2. Acquisitions and asset write-ups. When a company acquires another, the acquirer often resets asset values to fair market value and assigns intangible assets (“goodwill”). This can inflate depreciation and amortization going forward. A company bought for “goodwill” reasons ends up with a larger depreciation bill, making EBIT much lower than EBITDA. Comparing the acquirer (using EV/EBIT) to standalone competitors (using EV/EBITDA) creates an optical illusion.

3. Industries with “lumpy” capital cycles. Airlines, shipping, and utilities often have capital expenditure cycles that swing wildly year to year. In a year with heavy capex, cash flow might be severely depressed, but depreciation (spread across prior and future years) looks stable. EV/EBITDA can flatten the view, while EV/EBIT moves with the depreciation accrual—a better proxy for capital intensity.

The True Relationship: Free Cash Flow

The real question under the hood is: how much free cash flow is actually available to shareholders after the business maintains itself?

Free cash flow = Operating cash flow − Capital expenditures

Depreciation is the accrual-accounting estimate of capital intensity. Over long periods, depreciation should roughly equal capital expenditures in a stable business (old assets retire and are replaced). But in any given year, the two diverge.

A company that reports:

• EBITDA: $100 million
• Depreciation: $30 million
• EBIT: $70 million
• Capex: $45 million
• Free cash flow: ~$55 million

The EV/EBITDA multiple of 10× would value this business at $1 billion. The EV/EBIT multiple of 14.3× would value it at $1 billion. Both are 10× EBITDA multiples, yet the company must spend $45 million annually just to stay in place. A valuation multiple that ignores this reality—pretending all of the $100 million EBITDA is available—is misleading.

The best practice is to use EV/Free Cash Flow as a sanity check. If EV/EBITDA is 10× but EV/Free Cash Flow is 18×, the gap flags that capital intensity is crushing real economic returns.

Practical Rules for Comparing Multiples

Within capital-intensive sectors (utilities, infrastructure, real estate), always use EV/EBIT or EV/Free Cash Flow as the anchor. EV/EBITDA can compare broad trends, but for M&A or peer valuation, the EBIT multiple is more comparable because it accounts for how much the business must reinvest.

Within light-asset sectors (software, consulting, financial services), EV/EBITDA is more defensible because depreciation is small enough to be noise. Still, check against EV/EBIT to ensure no hidden asset drag.

When comparing across sectors, use neither EV/EBITDA nor EV/EBIT alone. Always normalize for capital intensity by dividing by free cash flow or by adjusting the multiple for the historical capex-to-depreciation ratio of each peer.

A worked example: comparing two industrial manufacturers.

Both trade at the same EV/EBITDA, but Company Y is more capital-intensive and more expensive on an EBIT or FCF basis. If both are in the same sector and growth prospects are similar, Company X offers better value. The EV/EBITDA metric alone would disguise this.

When EBITDA Makes Sense

EBITDA is useful for:

1. Early-stage analysis when capex is lumpy and may not stabilize for years.
2. Comparing companies across different tax jurisdictions (different tax rates distort EBIT).
3. Sector benchmarking where companies have similar capital structures (e.g., comparing two mature utilities on EBITDA multiples as a rule of thumb).
4. Credit analysis where EBITDA-to-debt is a standard covenant (lenders focus on cash generation before capex).

But EBITDA should never be the only metric. Pair it with capex-to-EBITDA, free cash flow, or—for a cleaner view—EV/EBIT in capital-intensive sectors.

See also