Credit Analysis Ratios: Leverage and Coverage Explained

Introduction

An equity investor and a lender look at the same income statement and ask opposite questions. The equity investor wants to know how good this can get. The lender wants to know how bad it can get before the cash stops coming back, and every ratio in credit analysis is a different way of asking that second question.

Upside does not help a lender. A company that triples its EBITDA pays exactly the same coupon, so the entire analytical effort goes into the downside: how far earnings can fall, how quickly, and what the lender owns if they fall far enough. The ratios are compressed expressions of that stress test.

If you are interviewing for leveraged finance, debt capital markets, credit research, private credit or restructuring, this is the core technical territory. Nobody will ask you to build a DCF. They will ask what leverage the business supports, which coverage test bites first, why the covenant number differs from the headline number, and what happens when base rates move 200 basis points.

This post covers how a lender frames a borrower before touching a calculator, the four ratio families and what each one is for, the ranges by rating band and market as of 2026, the accounting choices that quietly distort every ratio, a fully worked example with every calculation shown, and the interview questions and traps.

Credit analysis has a conventional sequence, and it is not "open the model". Rating agencies, bank credit committees and private credit investment committees all work through roughly the same four layers: business risk, financial risk, structure, and recovery. Ratios live almost entirely in the second layer, which is precisely why candidates who lead with ratios sound junior.

Business Risk Comes Before Any Ratio

Business risk asks how volatile and how defensible the earnings stream is before you look at a single debt figure. The standard inputs are the industry the company operates in (cyclicality, capital intensity, barriers to entry, pricing dynamics), the geographies its cash flows come from, and its competitive position within that industry (scale, customer and supplier concentration, contract length, margin stability relative to peers).

This is the layer that decides how much leverage is acceptable in the first place. A regulated utility and a shipbuilder cannot carry the same debt load even if both currently sit at 4.0x debt to EBITDA, because the utility's cash flows barely move across a cycle while the shipbuilder's can halve. When an interviewer asks why two identically levered companies are rated three notches apart, the answer is entirely in this layer. Our walkthrough of how the rating agencies build an issuer rating covers how business risk and financial risk are formally combined.

Financial Risk, Structure and Recovery

Financial risk is where the ratios sit. It measures how much debt the business carries relative to its earnings and cash flow, and how comfortably it services that debt. Structure is a separate question: the same total debt can be arranged as a single senior loan or as four layers of increasingly subordinated paper, and where a particular lender sits in that stack changes their risk profoundly even though the borrower's probability of default is identical for everyone.

Recovery is the final layer and the one that separates a credit analyst from a ratio calculator. It asks what a lender collects if the company does default: what the collateral is worth, whether the guarantees reach the entities that actually own the assets, and where in the waterfall the claim sits. Probability of default is a property of the borrower. Loss given default is a property of the instrument. Ratios speak to the first and structure speaks to the second.

Nearly every credit metric you will ever be asked about belongs to one of four families, and each family answers a different question. Knowing which family a ratio belongs to is more useful than memorising the formula, because it tells you what the ratio can and cannot tell you.

Leverage gets the headline because it is a single number that travels well: saying a business is "five turns levered" communicates something instantly. But leverage is a stock measure divided by a flow measure, and it says nothing about whether the company can actually pay. Coverage and cash flow do that work, and liquidity is what determines whether a struggling company reaches next year at all.

Leverage ratios divide a debt balance by something that represents the company's capacity to carry it, usually earnings but sometimes capital or enterprise value. The choice of numerator and denominator changes the answer materially, which is why the family has so many members.

Total Debt to EBITDA

The workhorse. It expresses debt as a multiple of annual earnings before interest, taxes, depreciation and amortisation:

The intuitive reading is "how many years of EBITDA would it take to repay all the debt", which is useful shorthand but slightly wrong, because EBITDA is not available to repay debt. Taxes, interest and capital expenditure all come out first. The ratio is better understood as a market convention for comparing debt burdens across companies, and it is the metric that leveraged finance bankers, sponsors and loan investors quote to each other constantly.

Total debt should include everything that behaves like debt: drawn revolver balances, term loans, bonds, finance leases, and in most analytical frameworks the debt-like items that never appear under a "debt" caption. Pension deficits, receivables facilities and preferred instruments with mandatory redemption all get pulled in by agencies and by careful analysts.

Net Debt to EBITDA and the Netting Argument

Net leverage subtracts cash from the debt balance:

Net Leverage

Net leverage is total debt less cash and cash equivalents, divided by EBITDA. It assumes the company could use its cash balance to repay debt tomorrow, which is why it is always lower than gross leverage. Borrowers prefer it, lenders are more sceptical of it, and credit agreements often cap how much cash can be netted precisely because the assumption does not hold for every dollar on the balance sheet.

The argument for netting is straightforward: a company holding $300 million of cash against $1 billion of debt has a smaller economic obligation than one holding nothing. The argument against is that not all cash is available. Cash trapped in foreign subsidiaries behind withholding taxes, cash needed for daily working capital swings, cash pledged as collateral, and cash held at non-guarantor entities cannot actually retire debt. Rating agencies routinely haircut cash they consider operational or trapped rather than netting it in full.

The practical rule is that net leverage is standard in sponsor-backed and covenant contexts, gross leverage is standard in agency and bond contexts, and the gap between them widens exactly when it matters least, because a company burning cash sees its net leverage rise faster than its gross leverage. Our post on what actually counts as debt in a net debt calculation works through the line items that get pulled in and left out.

First Lien, Secured and Total Leverage

A capital structure with several tranches produces several leverage ratios, each measured from the perspective of a different lender. First lien leverage counts only the debt with the senior claim on collateral. Secured leverage counts every secured tranche, first and second lien. Total leverage counts everything including unsecured notes and any subordinated paper.

Each lender cares about the ratio that includes their own claim and everything ranking ahead of it, and cares much less about what sits behind them. A first lien term loan investor watches first lien leverage because that is the debt competing for the same collateral. An unsecured bondholder watches total leverage, because everything secured ranks ahead. This is also why covenants are usually written on first lien or secured leverage rather than total: the lenders drafting the document are the senior ones.

The practical consequence is that "leverage is 4.5x" is an incomplete sentence in a credit conversation. The complete version names the layer and the basis, as in first lien net leverage of 4.5x on covenant EBITDA against total gross leverage of 6.1x on reported EBITDA. Volunteering that distinction unprompted in an interview does more for you than fast arithmetic, because it shows you know that the same company has several true leverage numbers at once.

Debt to Capitalization and Debt to Enterprise Value

Two leverage ratios use a balance sheet or market denominator rather than earnings. Debt to capitalization compares debt with the total capital invested in the business:

It is common in investment grade credit work, in regulated industries where the regulator sets an allowed capital structure, and in project finance. Its weakness is that book equity is an accounting residual: a company that has bought back stock for a decade or written down goodwill can show negative equity and a debt to capitalization ratio above 100% while being perfectly solvent on a cash basis.

Debt to enterprise value replaces book equity with market value, which fixes that problem and introduces a different one. It measures how much equity cushion sits beneath the debt at current valuations, which is genuinely useful for recovery analysis, but it moves with the market. A company whose multiple compresses looks more levered on this measure without anything changing operationally, which is exactly the moment refinancing gets hard. Lenders in asset-heavy and real-asset lending think in these terms constantly, usually expressed as a loan to value.

Coverage ratios ask whether the company generates enough earnings to meet its fixed obligations. Where leverage is a stock-to-flow comparison, coverage is flow-to-flow, and that makes it the family most sensitive to interest rates. In a low-rate market leverage is the binding constraint. In a high-rate market coverage becomes the constraint, and deals that would have cleared at 6.0x leverage in 2021 could not clear at 5.0x in 2023 for exactly this reason.

Interest Coverage: EBITDA, EBIT and After Capital Expenditure

The most quoted version divides EBITDA by interest expense:

The EBIT version, sometimes called times interest earned, uses operating profit after depreciation and amortisation instead:

The difference matters more than it looks. EBITDA coverage treats depreciation as though it were free money, which is defensible for a software business and indefensible for a fleet operator whose assets genuinely wear out. EBIT coverage is the more conservative measure for capital-intensive businesses, and the gap between the two ratios is itself a diagnostic: a company where EBITDA coverage is 4.0x and EBIT coverage is 1.5x is telling you that depreciation is enormous relative to earnings, which usually means reinvestment needs are enormous too.

Lenders to capital-intensive borrowers often deduct capital expenditure from the numerator, because a business that stops investing eventually stops earning:

The analytically better version deducts maintenance capital expenditure only, on the argument that growth capital expenditure is discretionary and can be cut in a downturn, while maintenance spending cannot. Companies rarely disclose the split, so analysts estimate it, often by benchmarking against depreciation or against the historical spend in a low-growth year. Being explicit about that estimate is part of the answer.

A related refinement is cash interest coverage, which uses only interest actually paid in cash rather than total accrued interest expense. This matters when a structure contains payment-in-kind instruments, where interest accrues to principal instead of being paid, and it is the measure a lender uses when the question is whether the company can physically make its payments this year.

Fixed Charge Coverage and Debt Service Coverage

Interest is not the only mandatory payment. Two broader ratios capture the rest of the fixed obligations, and candidates confuse them constantly.

Fixed Charge Coverage Ratio

The fixed charge coverage ratio, or FCCR, measures cash earnings against all recurring fixed obligations rather than interest alone. A common construction is EBITDA less capital expenditure and cash taxes, divided by cash interest plus scheduled principal amortisation, with rent added to both the numerator and denominator in retail and other lease-heavy sectors. Middle market and asset-based lenders frequently set a minimum FCCR of around 1.0x to 1.25x as their primary financial covenant.

The exact construction varies by lender, which is why the definition in the credit agreement always governs rather than the textbook version. Its close relative comes from a different corner of the market entirely, where lenders finance a specific asset rather than an operating business.

Debt Service Coverage Ratio

The debt service coverage ratio, or DSCR, divides cash flow available for debt service by total scheduled debt service in the same period, where debt service means interest plus mandatory principal repayment. A DSCR of 1.0x means the borrower generates exactly enough cash to meet its obligations with nothing left over. It is the standard covenant in project finance, commercial real estate lending and infrastructure credit, where lenders typically require something in the region of 1.2x to 1.5x depending on the asset.

The two overlap heavily, and the practical distinction is one of market convention rather than mathematics: FCCR is the leveraged lending and asset-based lending term, DSCR is the project and real asset term. What both capture and simple interest coverage misses is amortisation. A term loan B amortising at 1% a year barely registers; a bank term loan amortising at 10% a year can turn a comfortable interest coverage ratio into a failing fixed charge test.

Credit and leverage questions dominate technical interviews in leveraged finance, private credit and restructuring: Work through debt, credit and capital structure technicals with worked answers, start practicing interview questions for free and find the gaps before an interviewer does.

Leverage and coverage both use EBITDA, an earnings measure that ignores taxes, working capital and reinvestment. Cash flow ratios close that gap by measuring the actual cash available against the debt balance, and they are the metrics rating agencies weight most heavily.

The senior member of the family is funds from operations to debt.

Funds From Operations

Funds from operations, or FFO, is cash flow from operations before changes in working capital. In practice it is EBITDA less cash interest and cash taxes, adjusted for other recurring cash items. Because it strips out the working capital swings that make a single year's operating cash flow noisy, rating agencies treat FFO to debt as a core leverage measure alongside debt to EBITDA.

Expressed as a percentage, it is the inverse intuition of a leverage multiple: high is good. An FFO to debt ratio of 50% roughly implies the company could repay its debt from cash generation in two years; 10% implies ten years, before any reinvestment.

Two further ratios push down the same cash flow waterfall. Free operating cash flow to debt deducts capital expenditure and working capital from FFO, capturing what is genuinely left for debt reduction. Discretionary cash flow to debt goes one step further and deducts dividends, which is the number that tells you whether a company is deleveraging or funding shareholder returns from the balance sheet. A third measure, cash conversion, usually expressed as EBITDA less capital expenditure divided by EBITDA, is a quick read on how much of the headline earnings figure survives contact with the asset base. Businesses converting above 80% support meaningfully more debt than businesses converting at 50%, at identical leverage multiples.

Liquidity Fails Before Leverage Does

Liquidity is the family candidates skip and credit committees start with. It asks a narrower question than everything above: over the next twelve months, do the sources of cash exceed the uses?

Sources are the cash balance, undrawn revolver capacity, expected operating cash flow, and any committed facilities. Uses are debt maturities, mandatory amortisation, capital commitments, working capital seasonality, and any known one-off outflows. Rating agencies formalise this as a sources to uses ratio, and the thresholds are demanding at the top of the scale.

The two details that decide the answer are usually revolver availability and the maturity profile. Revolver availability is not the commitment size: it is the commitment less drawn amounts, less letters of credit issued against it, and less any reduction caused by a borrowing base or a springing covenant the company can no longer satisfy. That last point is the trap. A revolver with a leverage covenant that springs at 35% utilisation stops being liquidity exactly when the company needs it, because drawing it triggers the test it would fail.

Ranges are useful anchors, but they are anchors and not rules, because the acceptable leverage for any borrower depends on how volatile its earnings are. S&P Global Ratings publishes benchmark ranges for its financial risk profile assessment, and the standard volatility version of that table is the single most useful reference point a candidate can carry:

The critical caveat is that these categories do not map one-to-one onto ratings. The financial risk profile is combined with the business risk profile to produce a starting rating, so a highly leveraged financial profile attached to a very strong business can still sit at the top of the speculative grade band, while the same ratios on a volatile business sit several notches lower. The same table's supplementary coverage benchmarks put a significant profile at roughly 3x to 6x EBITDA interest coverage, aggressive at 2x to 3x, and highly leveraged below 2x.

Investment Grade, High Yield and Sponsor-Backed Credit

Across the market as of 2026, investment grade corporates cluster in the intermediate to significant bands, typically between 2x and 3.5x gross leverage with interest coverage comfortably in the high single digits. The Federal Reserve's May 2026 Financial Stability Report noted that gross leverage across nonfinancial corporates had edged down through the second half of 2025 while remaining high by historical standards, and that interest coverage ratios for investment grade borrowers, who account for close to 70% of all outstanding debt among publicly traded nonfinancial firms, remained robust.

High yield issuers run materially higher and thinner. The same report observed that the median interest coverage ratio for non-investment-grade firms stayed low, in the bottom quartile of its historical distribution, and that the median for leveraged loan borrowers stayed near its historical low. That gap between the two halves of the corporate market is the single most important structural fact in credit as of 2026: the top of the market is comfortable and the bottom of it is not.

Leveraged buyout financings occupy the highly leveraged band by construction:

Our walkthrough of how sponsors and lenders size debt in a buyout covers how those multiples are set on a specific transaction.

Coverage is where the strain shows. On LCD data, leveraged loan issuers covered their interest roughly three and a half times over from cash flow after capital expenditure in the first quarter of 2026, a level well below where the same measure sat before base rates rose. Direct lending runs tighter still. KBRA's middle market compendium for the second quarter of 2026, covering 2,785 borrowers and more than $1.2 trillion of direct lending debt, reported a median gross leverage of 6.1x and a median interest coverage ratio of 1.6x. Those two numbers together describe a market where the typical borrower has very little room between operating earnings and its interest bill, which is why the same report emphasised slowing EBITDA growth as the risk to watch.

Ratios make sense when you compute them on one company all the way through. The borrower below is illustrative rather than real, chosen so the arithmetic is transparent.

Halden Components is a US industrial distributor that was taken private two years ago. Its last twelve months figures are revenue of $840.0 million, reported EBITDA of $126.0 million (a 15.0% margin), depreciation and amortisation of $36.0 million, capital expenditure of $34.0 million of which management describes $20.0 million as maintenance, cash taxes of $12.0 million, and a working capital outflow of $8.0 million. It holds $65.0 million of cash and reports book equity of $335.0 million. It leases warehouses under US GAAP operating leases at a cost of $10.0 million a year, with a lease liability of $60.0 million on the balance sheet.

The revolver is a $125.0 million commitment with $10.0 million of letters of credit issued against it. The term loan amortises at 1% a year, or $5.2 million. Annual cash interest is $2.0 million on the revolver, $44.2 million on the term loan and $10.8 million on the notes, so $57.0 million in total.

Leverage and Coverage

Start with the leverage stack, all on reported EBITDA of $126.0 million:

The spread between 5.28x total gross and 4.33x first lien gross is the whole point of the layered view. The term loan lender is looking at a business levered a little over four times at its own level of the structure; the noteholder is looking at one levered over five.

Now coverage, against cash interest of $57.0 million. EBIT is EBITDA less depreciation and amortisation, so 126.0 less 36.0 equals $90.0 million:

Notice how quickly the picture darkens as the test gets stricter. A borrower that looks acceptable at 2.21x EBITDA interest coverage has only 1.16x debt service coverage, which is thin.

Cash Flow, Liquidity and the Covenant View

Funds from operations is EBITDA less cash interest and cash taxes: 126.0 less 57.0 less 12.0 equals $57.0 million. From there:

Liquidity is the cash balance of $65.0 million plus revolver availability, which is the $125.0 million commitment less the $25.0 million drawn and less $10.0 million of letters of credit, giving $90.0 million. Total liquidity is therefore $155.0 million, about 18.5% of revenue and roughly 2.5 times the annual debt service of $62.2 million. That is genuinely comfortable, and it is the reason this credit is not in trouble despite thin coverage.

Two shocks show which ratio is actually load bearing. First, rates. The revolver and term loan float, so $545.0 million of the structure reprices. A 200 basis point increase adds 545.0 multiplied by 2%, or $10.9 million, taking cash interest to $67.9 million:

The leverage covenant does not move at all, while the company crosses the line where it no longer generates enough cash to cover its own debt service. Second, an earnings shock. A 10% EBITDA decline to $113.4 million takes gross leverage to 665.0 divided by 113.4, or 5.86x, and EBITDA interest coverage to 113.4 divided by 57.0, or 1.99x. Both ratios move this time, because the same 10% shock sits in the denominator of one and the numerator of the other.

What separates them is where they start. A move from 5.28x to 5.86x is uncomfortable but survivable; a move from 2.21x to 1.99x puts the borrower under the level at which most lenders will underwrite new money. Coverage is the ratio that reaches a breaking level first, and in a rate shock it is the only ratio that moves at all, which is precisely why lenders in a high-rate market write coverage tests rather than relying on leverage alone.

Every ratio above is only as good as the two numbers in it, and both numerators and denominators are more negotiable than they look.

Add-Backs and the Covenant EBITDA Gap

The EBITDA in a credit agreement is a contractual construct, not an accounting one, and it is routinely well above reported EBITDA. S&P Global Ratings has studied this systematically for years, and its work on the level of EBITDA add-backs in leveraged transactions found that add-backs have run at a median of around 28% of management-adjusted EBITDA at deal inception over the life of the study, with expected synergies and cost savings the single largest category. The consequence the study documented is the one that matters for ratio work: companies systematically failed to deliver the earnings they projected, with leverage ending a median of roughly 2.3 turns higher than forecast after one year.

Leases Under IFRS 16 and ASC 842

Lease accounting is the most common reason two analysts compute different leverage for the same company. Under IFRS 16, the IFRS Foundation's single lessee model puts essentially every lease longer than twelve months on the balance sheet as a right-of-use asset and a lease liability, and splits the cost into depreciation and interest. Under US GAAP, ASC 842 also puts operating leases on the balance sheet but keeps a dual model: finance leases are split into depreciation and interest, while operating leases stay a single operating expense inside EBITDA.

Run Halden through both conventions. Under US GAAP the $10.0 million of lease cost sits in operating expenses, so reported EBITDA is $126.0 million and the operating lease liability is generally excluded from debt for covenant purposes, giving gross leverage of 5.28x and EBITDA interest coverage of 2.21x. Under IFRS 16 the same company would look different on three lines:

Leverage becomes 725.0 divided by 136.0, or 5.33x, and interest coverage becomes 136.0 divided by 61.5, or 2.21x.

The lesson is subtle and worth carrying into an interview. Capitalising leases raises both the numerator and denominator of the leverage ratio, so the headline multiple barely moves while both of its components jump, and coverage barely moves either, because the rent that left operating costs comes back as lease interest below the EBITDA line. Credit agreements typically freeze the accounting standard as at the closing date precisely to stop this kind of change moving a covenant. For the underlying accounting, our post on operating versus finance leases covers the classification mechanics.

PIK, Capitalized Interest and Other Quiet Debt

Payment-in-kind instruments accrue interest into principal rather than paying it in cash. That flatters cash interest coverage, because the ratio's denominator excludes interest the company is not paying, while quietly compounding the leverage ratio's numerator every period. The correct treatment is to run both versions: cash interest coverage tells you whether the company can make its payments this year, and total interest coverage tells you what the economics actually are. The Fed's May 2026 report flagged elevated use of PIK provisions in private credit as a signal that some borrowers may face repayment difficulties, which is exactly the diagnostic use of the metric.

Several other items behave like debt without carrying the label. Receivables securitisations and factoring arrangements move borrowings off the balance sheet while the economic obligation remains. Sale and leaseback structures convert owned assets into fixed obligations. Pension deficits, earnout liabilities, and preferred equity with mandatory redemption or a cash-pay coupon all sit in the same grey zone. Rating agencies pull most of them into adjusted debt; credit agreement definitions of indebtedness often carve them out. The gap between those two treatments can be a full turn of leverage on the same company.

Acceptable ratios vary enormously by sector, and the driver is always cash flow volatility rather than industry glamour. Asset-light businesses with contracted, recurring revenue carry the most debt per turn of EBITDA: software, business services, and healthcare payors routinely finance above six times because their cash conversion is high and their revenue is visible. Asset-heavy businesses convert less of their EBITDA into cash after reinvestment, so lenders discount the same headline earnings and lean on EBIT coverage and coverage after capital expenditure rather than EBITDA multiples.

Cyclicals face a distinct trap. Leverage set against peak-cycle earnings understates true leverage, because the denominator is temporarily inflated. A chemicals or auto supplier financed at 4.0x on peak EBITDA is at 6.0x or worse when earnings fall by a third, without any new borrowing. The professional habit is to compute leverage on mid-cycle or trough earnings as a cross-check, and to treat the peak-earnings number as marketing rather than analysis. Banks and insurers sit outside this framework entirely: their balance sheets are their business, so they are analysed on capital ratios, asset quality and funding rather than on debt to EBITDA.

The same ratios read differently from the equity side. An equity analyst looking at a company at 2.0x net debt to EBITDA often sees an underlevered balance sheet and a case for buybacks or a debt-funded acquisition, because cheap debt raises returns on equity. The lender sees the same 2.0x as comfort. Neither is wrong; they are optimising different things, and the tension between them is exactly what a capital structure decision resolves. Understanding both readings is what lets you answer a question about leverage from either seat without changing your framework.

A single period's ratios are a snapshot, and snapshots hide the things credit analysts most want to see. The direction of travel matters more than the level: a company at 5.5x leverage that was at 6.5x a year ago is a different credit from one at 5.5x that was at 4.5x, even though the ratio is identical today.

The specific patterns worth flagging are consistent across sectors. Widening gaps between reported EBITDA and cash flow from operations usually mean working capital is being stretched or earnings quality is deteriorating. Falling cash conversion with flat EBITDA points to rising maintenance requirements. Rising revolver utilisation, especially at quarter ends followed by paydowns, suggests genuine liquidity pressure being managed for the reporting date. Growing add-back packages in successive amendments show a company managing the covenant rather than the business. Interest coverage falling while leverage stays flat is the signature of a floating-rate structure meeting a rate cycle. And a maturity wall inside eighteen months turns every other ratio into a refinancing question, because a credit that cannot refinance defaults regardless of how comfortable its coverage looked in the meantime.

Get the complete technical foundation: Our comprehensive 160-page PDF covers accounting, valuation, LBO and credit questions with worked answers, access the IB Interview Guide and prepare properly for the technical rounds.

Credit ratio questions are popular because they are easy to escalate. The first question has a one-line answer, the follow-up tests whether you understand why, and the third reveals whether you have ever done the work.

Why Net Debt, and Why EBITDA Minus Capital Expenditure

On net debt, the clean answer is that cash offsets debt economically, so a company with a large cash balance owes less in substance than its gross debt suggests. The good answer continues: netting assumes the cash is genuinely available, which fails for cash trapped offshore, cash needed to run the business day to day, cash pledged as collateral, and cash held at entities that do not guarantee the debt. That is why agencies haircut cash rather than netting it fully and why credit agreements often cap the amount that can be netted. The best answer adds the direction: gross leverage is the more conservative measure and the standard in agency and bond analysis, net leverage is the market convention in sponsor and covenant contexts, and the two diverge fastest for a company that is burning cash.

The capital expenditure question has the same shape. Deduct it because EBITDA is not cash available to lenders. A business that stops investing eventually stops generating the EBITDA the ratio is built on, so maintenance capital expenditure is functionally a fixed cost even though the accounts do not treat it that way. Deducting it matters most for capital-intensive borrowers, where the gap between EBITDA and EBITDA less capital expenditure can be half the earnings figure. The follow-up is usually whether you would deduct total or maintenance capital expenditure, and the answer is maintenance, with an acknowledgement that companies rarely disclose the split so the analyst has to estimate it.

What Breaks First When Rates Rise

Coverage, not leverage, and the worked example above shows why. A leverage ratio has no interest rate in it at all, so a 200 basis point move leaves it completely unchanged. Every coverage ratio has interest in the denominator, so all of them deteriorate immediately, and the ones that also carry amortisation and capital expenditure fail first because they start closest to 1.0x. The order in which tests fail is generally debt service coverage, then fixed charge coverage, then interest coverage, then eventually leverage as the higher interest bill erodes cash and forces revolver drawings. Adding that the effect is concentrated in floating-rate structures, and therefore hits leveraged loan and private credit borrowers far harder than fixed-rate bond issuers, turns a good answer into a strong one.

Why Covenant Leverage Differs From Headline Leverage

Because almost nothing in the covenant calculation is the reported number. The numerator is debt as contractually defined, which usually excludes operating leases and may exclude receivables facilities and other obligations, and it is often measured only at the first lien level and net of cash. The denominator is covenant EBITDA, which includes negotiated add-backs for restructuring costs, transaction expenses, sponsor fees and projected cost savings. Halden's 5.28x headline against a 3.20x covenant number is a realistic gap, and being able to describe both directions of adjustment is the whole answer. Anyone who has read a live agreement knows this instinctively, which is why the question separates candidates so cleanly. Our guide on how to read a credit agreement covers where those definitions sit in the document.

Credit ratios reward the same habit as the rest of technical interviewing: knowing what a number is for rather than what it equals. Anyone can divide debt by EBITDA. What distinguishes a strong candidate is knowing which of the four families answers the question actually being asked, stating the basis without being prompted, and being able to say which test fails first when the world moves. Compute the full set on one company you already understand, then shock it and watch the order in which the ratios break. That exercise teaches more than any list of thresholds.

It also produces the sentence interviewers want to hear: not "leverage is five times" but "first lien net leverage is under four on covenant EBITDA, total gross leverage is over five on reported, coverage is the constraint, and here is what breaks first if rates move." That is the language of a credit committee, and it is learnable in a weekend.