# Debt Maturity Schedules: How to Spot Refinancing Risk

Source: https://cluenex.com/learn/fundamental-analysis/evaluate-whether-company-s-debt-maturity/
Publisher: Cluenex (https://cluenex.com)
Updated: 2026-11-03

## Short answer

To evaluate refinancing risk, compare debt principal maturing within 24 months against total liquidity, which is cash, undrawn credit lines, and projected free cash flow. A company faces critical risk if maturities exceed available liquidity or if refinancing low-coupon debt at higher market rates drives its interest coverage ratio below 2.0x.

## Key takeaways

- The 10-K debt maturity schedule under ASC 470 lists contractual principal repayments for each of the next five years and beyond.
- A debt maturity wall occurs when a disproportionate share of debt comes due in a tight 12 to 24 month window.
- Refinancing risk includes both access risk, where lenders refuse to roll debt over, and rate risk, where higher interest coupons crush operating cash flow.
- Debt covenant headroom shows how much EBITDA can decline before a lender can declare technical default and accelerate repayment.
- Investment-grade balance sheets can roll debt over easily, but speculative-grade issuers must manage maturities at least 18 months in advance.

## Where do you find a company's debt maturity schedule?

You find a company's debt maturity schedule in the notes to the consolidated financial statements of its annual Form 10-K, usually under Note 7 or Note 8 titled "Debt," "Financing Arrangements," or "Long-Term Borrowings."

Accounting standard ASC 470-10-50-1, established by the Financial Accounting Standards Board (FASB), requires every public company to disclose the contractual aggregate principal payments coming due in each of the five years following the balance sheet date, followed by a combined total for all years thereafter. This table provides the exact calendar of when borrowing contracts expire. You can read more about navigating annual reports in our guide to [understanding a 10-K filing](/learn/fundamental-analysis/10k-filing-explained/).

Many investors make the mistake of looking only at the consolidated balance sheet. The balance sheet separates debt into two broad lines: current portion of long-term debt (due within 12 months) and long-term debt (due after 12 months). That presentation hides what happens in year two, year three, or year four. The footnote table breaks down those numbers year by year, revealing whether debt is staggered evenly or bunched into a dangerous cluster.

## What is a debt maturity wall?

A debt maturity wall is a heavy concentration of debt principal that matures within a short period, typically 12 to 24 months, requiring a company to repay or refinance a large percentage of its total obligations all at once.

During periods of low borrowing costs, companies often issue five-year to seven-year notes to finance acquisitions or capital projects. If a business issued several tranches around the same time, those obligations converge on the same future calendar year. When debt is staggered so that 10% to 15% matures each year, normal operations and modest new bond issues handle the burden smoothly. A maturity wall occurs when 30% to 60% of total debt arrives simultaneously.

| Maturity Profile | Year 1 | Year 2 | Year 3 | Year 4 | Year 5 | Thereafter | Total Debt |
| :--- | :--- | :--- | :--- | :--- | :--- | :--- | :--- |
| **Staggered Ladder** | $100M | $120M | $150M | $110M | $130M | $600M | $1,210M |
| **Maturity Wall** | $50M | $650M | $80M | $40M | $60M | $330M | $1,210M |

In the table above, both companies carry $1.21 billion in total debt. The staggered ladder faces manageable annual repayments that operating income can help absorb. The second company faces a $650 million wall in Year 2, representing more than half of its total obligations. If credit markets freeze or interest rates jump, that single year can threaten the company's survival.

## How do you calculate refinancing risk against liquidity?

You calculate refinancing risk by running a liquidity coverage test that compares total near-term debt maturities against total available liquidity.

Total liquidity equals cash and cash equivalents, plus available borrowing capacity under undrawn revolving credit facilities, plus projected [free cash flow](/learn/fundamental-analysis/free-cash-flow/) over the maturity window. You must subtract committed capital expenditures and required dividend payments to see what cash remains for debt service.

$$\text{Net Liquidity Buffer} = (\text{Cash} + \text{Undrawn Revolver} + \text{Projected FCF}) - \text{Debt Maturing in Months 1 to 24}$$

Consider a worked example of a manufacturing company:

- Cash and short-term investments: $120 million
- Revolving credit facility: $300 million total capacity, with $100 million drawn, leaving $200 million available
- Projected annual operating cash flow: $150 million
- Annual maintenance capital expenditures: $70 million, yielding $80 million in annual free cash flow ($160 million across 24 months)
- Total available 24-month liquidity: $120 million + $200 million + $160 million = $480 million
- Contractual debt maturities in Year 1: $60 million
- Contractual debt maturities in Year 2: $550 million
- Total maturities due in 24 months: $610 million

$$\text{Net Liquidity Buffer} = \$480\text{ million} - \$610\text{ million} = -\$130\text{ million}$$

This company faces a $130 million liquidity shortfall. It cannot settle its maturing debt using internal cash or its existing credit lines. It is entirely dependent on outside capital markets to roll over the expiring obligations. If lenders refuse to issue new bonds, the company must sell equity, divest core assets, or restructure.

## What happens when cheap debt resets to higher interest rates?

Even when lenders are willing to roll over maturing debt, replacing low-coupon debt with higher-rate debt increases annual interest expense and reduces net profit.

Many companies issued debt between 2020 and 2021 at fixed coupons between 3.0% and 4.5%. In an environment shaped by higher benchmark yields, refinancing those notes often requires paying 7.0% to 9.0% for speculative-grade paper. That step-up acts as an earnings penalty that hits the income statement immediately upon refinancing. For broader context on how benchmark rates influence corporate financing, see our analysis on [10-year Treasury yields above 5%](/learn/markets/10-year-treasury-yields-above-5/).

Suppose the manufacturing company above successfully refinances its $550 million bond maturing in Year 2. The expiring bond carried a 3.50% coupon, costing $19.25 million in annual interest. If new five-year senior notes require an 8.00% coupon, the new annual interest charge is $44.00 million. That is an increase of $24.75 million every year in pre-tax interest costs.

$$\text{Interest Coverage Ratio} = \frac{\text{Operating Income (EBIT)}}{\text{Annual Interest Expense}}$$

If the company generates $75 million in operating income (EBIT):

- Prior interest expense on all debt ($1,000 million total debt at 4.0% average): $40 million
- Prior interest coverage: $75 million / $40 million = 1.88x
- Post-refinancing interest expense: $40 million + $24.75 million = $64.75 million
- Post-refinancing interest coverage: $75 million / $64.75 million = 1.16x

An interest coverage ratio dropping toward 1.0x leaves almost no cushion for an operational downturn. Across US nonfinancial corporations, the median debt-to-EBITDA multiple sits at 1.7x (Cluenex data, https://cluenex.com/learn/data/sector-benchmarks/), providing a baseline against which to judge company leverage. Detailed ratios and formulas can be found in our overview of [debt-to-equity and interest coverage analysis](/learn/fundamental-analysis/debt-analysis/).

## What debt covenants should you look for in the footnotes?

You should look for maintenance covenants detailed in the debt footnote, specifically maximum leverage ratios and minimum interest or fixed charge coverage ratios.

Under SEC Regulation S-X Rule 5-02 and Rule 4-08, public companies must disclose significant loan restrictions, covenant terms, and any instances of default or waivers. Bank credit facilities and private loans typically enforce quarterly tests. Two conditions appear most frequently:

1. **Maximum Leverage Ratio:** Typically measured as Total Debt (or Net Debt) divided by EBITDA. Common limits range from 3.5x to 4.5x.
2. **Minimum Interest Coverage (or Fixed Charge Coverage) Ratio:** Typically measured as EBITDA divided by interest expense, often requiring at least 2.5x to 3.0x.

To evaluate risk, calculate covenant headroom: the percentage by which EBITDA can fall before the company breaches its lending contract. If a loan restricts Net Debt to EBITDA to a maximum of 3.50x, and the company currently operates at 3.30x with $100 million in EBITDA and $330 million in net debt, a drop of just $6 million in EBITDA pushes the ratio to 3.51x ($330M / $94M). That is a razor-thin 6% headroom.

Breaching a covenant triggers technical default. The lender gains the legal right to freeze revolving credit lines, accelerate the debt so that the entire principal becomes due immediately, or demand expensive amendment fees and higher interest margins.

## When does a debt maturity wall fail to trigger distress?

A concentrated debt maturity schedule does not always cause distress, particularly for high-grade issuers, companies with large cash piles, or businesses holding prime unencumbered assets.

1. **Investment-Grade Market Access:** Blue-chip issuers with AA or A credit ratings retain reliable access to institutional debt markets even in tight cycles. Investors purchase their replacement bonds with minimal concession because default risk remains low.
2. **Amend-and-Extend Agreements:** Borrowers with constructive lender relationships often negotiate amend-and-extend transactions 12 to 18 months ahead of the maturity date. Banks frequently extend loan facilities for an extra two to three years in exchange for higher commitment fees or higher interest margins.
3. **Unencumbered Asset Backing:** If a company owns real estate, pipelines, or patents free of liens, it can secure asset-backed loans or execute sale-leaseback transactions to pay off maturing notes without accessing public bond markets.
4. **Convertible Bond Conversions:** If maturing obligations consist of convertible notes and the stock price trades well above the conversion price, noteholders will convert into common equity. That eliminates the principal liability without requiring cash repayment, though it dilutes existing shareholders.

Understanding these distinctions helps prevent false alarms. [Cluenex](https://cluenex.com/glossary/) scores business quality from 0 to 10 against industry peers across profitability, moat, growth, and financial health, allowing investors to evaluate whether underlying operational strength offsets balance sheet debt.

## What this means for you

For an individual managing their own portfolio, evaluating debt schedules replaces vague leverage ratios with a concrete timeline of solvency tests.

Take these practical steps before buying a company with substantial debt:

- Open Item 8 of the Form 10-K and locate the annual maturity schedule in the debt footnote.
- Add the principal due in Year 1 and Year 2 to see the 24-month maturity requirement.
- Compare that requirement to cash on hand plus 24 months of expected free cash flow and undrawn credit capacity.
- If a maturity wall exceeds total liquidity, check whether the company has begun refinancing at least 12 months ahead of time.
- Recalculate interest expense at current corporate borrowing rates to ensure interest coverage stays comfortably above 2.0x.
- Look for mentions of covenant compliance, amendment fees, or credit rating downgrades in both the debt note and Item 7 (Management's Discussion and Analysis).

## Questions people ask

### What is the difference between current debt and long-term debt?

Current debt consists of principal payments and short-term borrowings due within 12 months of the balance sheet date. Long-term debt includes all obligations with contractual maturities extending beyond the next 12 months.

### What happens if a company cannot refinance its debt at maturity?

If a company cannot repay or refinance its maturing principal, it defaults on the obligation. Lenders can then seize pledged collateral, force restructuring negotiations, or push the business into Chapter 11 bankruptcy.

### What is a springing covenant on corporate debt?

A springing covenant is a loan condition that remains inactive until the borrower draws a specific percentage of its credit line, often 25% or 30%. Once that threshold is crossed, the company must meet strict financial tests like minimum fixed charge coverage.

### Why do companies wait until the last year to refinance?

Companies often delay refinancing when interest rates are high in hopes that benchmark rates will fall before maturity. However, waiting until debt is within 12 months forces it onto current liabilities, which alarms rating agencies and narrows the company's negotiating power.

### How does credit rating affect refinancing risk?

A high credit rating allows a company to sell new bonds to a broad pool of pension funds and institutional investors at low interest spreads. A speculative or junk rating limits market access and raises borrowing costs, making maturity walls significantly more dangerous.

## Sources

- [FASB Accounting Standards Codification Topic 470: Debt](https://asc.fasb.org/1943274/2147481544/470-10-50-1)
- [Federal Reserve Financial Stability Report: Corporate Debt Refinancing](https://www.federalreserve.gov/publications/financial-stability-report.htm)

Cite as: Cluenex. "Debt Maturity Schedules: How to Spot Refinancing Risk." Cluenex Learn, updated Nov 3, 2026. https://cluenex.com/learn/fundamental-analysis/evaluate-whether-company-s-debt-maturity/