From EBIT and interest expense, compute the times interest earned (TIE) ratio, measuring a company's ability to cover its interest payments.
Input Data
Results
At a glance:TIE is EBIT divided by interest expense, indicating how many times operating profit covers the interest obligation.
Formula
timesInterestEarned = ebit / interestExpense
How to Use
- Enter the EBIT.
- Enter the interest expense.
- Read the times interest earned ratio.
FAQ
Are times interest earned and the interest coverage ratio the same thing?
Essentially yes—they are the same concept under two names. Both times interest earned (TIE) and the interest coverage ratio are defined as EBIT ÷ interest expense and measure a company's ability to pay interest from operating profit; a higher number means safer debt service. The naming differs by usage: 'times interest earned' is common in accounting textbooks and internal analysis, emphasising 'how many times profit covers interest', while 'interest coverage ratio' is favoured in credit analysis, bond ratings and bank lending, emphasising the degree of 'coverage'. In almost all contexts treat them as synonyms. The only caveat is the numerator: the standard version uses EBIT, but some analysts use EBITDA (adding back depreciation and amortisation) or operating cash flow, which yields a different number under the same name—so confirm the same basis when comparing. This calculator uses the standard EBIT ÷ interest expense under both labels.
How high a TIE is considered safe?
Generally, the higher the safer. As a rule of thumb, 2.5–3× or above is seen as robust (enough buffer even if profit drops), 1.5–2.5× is moderately tight, below 1.5× leaves a thin buffer, and below 1× is a clear warning—operating profit cannot cover interest, so the company must dip into reserves, sell assets or roll over debt, a high default risk. But these thresholds are only general; the real safety line depends on earnings stability and industry. Stable, predictable earners (utilities, landlords) are fine with a lower ratio, while cyclical, volatile industries (commodities, shipping, property development) need a much higher ratio as a margin of safety to survive a profits slump while still paying interest. So judge safety by combining earnings volatility, industry cycle and the historical trend, not a single number.
Does a very high ratio mean the company is better?
A high ratio is usually good (strong interest coverage, financial safety), but 'very high' does not necessarily mean 'best run'—two cases. First, the ratio is high because the company earns well and operates steadily; that is clearly positive—light interest burden, financial flexibility to weather downturns. Second, the ratio is high because the company has almost no debt and minimal interest expense, making the ratio very large or even infinite—while that means no repayment pressure, it may also signal excessive conservatism, failing to use relatively cheap, tax-deductible debt to lift shareholder returns (ROE). Moderate leverage, if interest is comfortably covered, actually helps capital efficiency. So don't judge a company on TIE alone: a high ratio with strong, stable earnings and a sensible capital structure is ideal; if it is merely debt-free, also look at growth and capital efficiency. Best to read TIE alongside earnings growth, ROE and the debt-to-equity ratio.
Why use EBIT rather than net profit as the numerator?
Because TIE asks whether the money a company earns is enough to pay interest, the numerator must be profit 'before interest is deducted'—otherwise the logic breaks. Net profit is the final profit after interest and tax; using it would mean measuring 'ability to pay interest' with 'the money left after paying interest', understating the true buffer and making no sense. EBIT (earnings before interest and tax) is exactly the operating profit before interest and tax, representing the earning power of the core business and the source used to cover interest, so it is the standard numerator. Note tax is usually computed after interest, so adding tax back (using EBIT, not after-tax profit) reflects the full available profit before paying interest. Some analysts go further and use EBITDA (adding back depreciation and amortisation) to better approximate cash flow, giving a higher ratio but the same concept.
Which better reflects solvency—TIE or net debt / EBITDA?
They are complementary and best read together. TIE = EBIT ÷ interest expense measures a 'flow'—how many times annual operating profit covers the year's interest, reflecting the short-term margin of safety on interest. Net debt / EBITDA measures a 'stock'—how many years of operating profit it takes to repay all net debt after cash, reflecting the overall debt burden and the time needed to de-leverage. Example: a company with TIE of 8× (easy interest payments) but net debt / EBITDA of 6× has no current interest pressure yet a heavy principal burden and long de-leverage time, still exposed when refinancing or rates rise. Conversely, a low-TIE but low-net-debt firm struggles near-term but is not heavily indebted overall. So for solvency, look at TIE for the flow and net debt / EBITDA for the stock, combined with cash flow and debt maturity profile, not a single metric.
References
Content review: Calculatorism Finance Team. Results are for reference only; please refer to the relevant authorities for the official figures.