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Corporate Bonds

Corporate Bond vs Stock of Same Issuer

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Corporate Bond vs Stock of Same Issuer

A corporation's capital structure determines how cash flows and assets are distributed. Bondholders have priority claims; stockholders have residual claims. This hierarchy shapes risk, return, and relative value.

Key takeaways​

  • Bondholders are creditors; equity holders are owners. In bankruptcy, bondholders are paid before equity holders.
  • A bond's value is capped at par plus accrued interest; equity can appreciate indefinitely. Conversely, a bond's downside is limited to recovery value; equity can fall to zero.
  • A healthy, growing company's equity can outperform its bonds. A distressed company's equity often goes to zero while bonds recover something.
  • Capital structure arbitrage involves identifying when bonds are cheap relative to equity (or vice versa) and trading accordingly.
  • Different investors have different mandates: equity funds own stock; bond funds own bonds; opportunistic investors arbitrage mispricings.

The capital structure hierarchy​

Every corporation is financed by a combination of debt (bonds) and equity (stock). The capital structure specifies the priority:

Bankruptcy or severe distress:

1. Secured creditors (banks with liens on specific assets)   ← Paid first
2. Senior unsecured debt (senior bonds, trade payables)
3. Subordinated debt (junior bonds, mezzanine)
4. Preferred equity (hybrid between debt and equity)
5. Common equity (stock)                                     ← Paid last or nothing

In healthy times, all claimants are paid in full. The bondholders receive their coupon; the equity holders collect dividends or capital appreciation. But in distress, the hierarchy determines who gets paid.

Example: A company with $1 billion in assets and the following capital structure:

  • Senior unsecured bonds outstanding: $300 million.
  • Subordinated debt: $150 million.
  • Equity: $550 million (400 million shares at $1.375 per share).

In a healthy scenario:

  • Bondholders receive coupons (say, $20 million annually).
  • Equity holders receive dividends or capital appreciation.

In a distressed liquidation (assets worth $500 million):

  • Senior unsecured bondholders receive: $300 million (full recovery).
  • Remaining: $200 million.
  • Subordinated debtholders receive: $150 million (full recovery).
  • Remaining: $50 million.
  • Equity holders receive: $50 million ÷ 400 million shares = $0.125 per share (vs. $1.375 before distress).

Equity holders lost 90% of their value; senior bondholders lost nothing.

Comparing returns: Bonds vs. stock over time​

For a healthy, growing company, stock and bonds have very different return profiles:

Stock: High potential upside, high downside risk.

A biotech company with a promising drug pipeline, trading at $20, could reach $100 if the drug is approved (5x return, high upside). Or it could fall to $5 if trials fail (75% loss, high downside). Expected return depends on the probability of success.

Bond: Limited upside, limited downside.

The same biotech company's 5-year bond, trading at 100 (par), offers a 5% coupon. If the company succeeds and grows, the bond still yields 5% to maturity and then matures at par (100). The bond captures only the coupon; it misses the equity upside.

If the company fails, the bond might recover 40% in bankruptcy. The equity falls to near zero. The bond limits losses; the equity doesn't.

The asymmetry: In success, equity outperforms bonds. In failure, bonds outperform equity. A portfolio with both bonds and equity is hedged: if the company thrives, equity upside is captured; if it struggles, bonds cushion the loss.

This is why different investor types hold the same company's debt and equity: equity funds seek upside and accept downside; bond funds seek yield and capital preservation.

Healthy company example: Apple​

Apple (AAA rated, profitable, $200+ billion market cap) issues both:

  • Bonds: 3–5% coupons, priced at or near par, mature in 3–30 years.
  • Stock: No dividend (Apple retains cash for buybacks), trades on growth.

An investor choosing between Apple bonds and Apple stock:

Apple bonds: Yield 4%, limited upside (coupon + par), near-zero default risk. Perfect for a conservative portfolio.

Apple stock: No current yield, high growth potential (Apple's earnings and share prices have historically grown 10–15% annually), medium downside risk (could fall 20–40% in a recession but unlikely to default).

An equity investor accepts the zero current yield for growth potential. A bondholder accepts the 4% yield and misses growth. Both are rational depending on the investor's mandate and risk tolerance.

Distressed company example: Hertz during COVID​

In 2020, Hertz (a car rental company) struggled with the COVID travel collapse. The company had significant debt from a leveraged buyout.

Hertz bonds before bankruptcy: Rated CCC, trading at 30–50 cents on the dollar, yielding 15%+ (reflecting distress). An investor buying at 40 cents was betting on recovery.

Hertz stock before bankruptcy: Trading at $0.50 per share (down from $20 before the crisis), representing a 97% loss. Equity holders were desperate, hoping for a miracle.

The outcomes:

Hertz bonds: Filed for bankruptcy. Unsecured bondholders recovered ~20–25% (a 50–100% gain for investors who bought at 20–25 cents, but a loss for those who bought at par).

Hertz stock: Wiped out. Equity holders received nothing. A $1,000 investment became $0.

This is the classic distressed outcome: bonds recover something; equity recovers nothing.

Relative value and arbitrage​

Sophisticated investors compare bond and equity prices to identify mispricings:

Example: Company A in mild distress

  • Bonds trading at 60 cents, implying 40% recovery.
  • Stock trading at $2, implying equity retains 10% of current value in restructuring.

The distressed analyst models recovery:

  • If recovery is 45% on bonds (not 40%), bonds at 60 cents are cheap.
  • If recovery is 5% on equity (not 10%), equity at $2 is expensive.

The investor buys bonds and shorts stock, betting bonds rally and/or equity falls.

Example: Company B in strong recovery

  • Bonds trading at 95 cents, tight spreads, low yield (4.5%).
  • Stock trading at $15, growing earnings, strong momentum, high valuation (30x P/E).

The analyst thinks:

  • Bonds offer only 4.5% yield; with debt de-risking, there is little upside. Bonds are fairly to richly priced.
  • Stock is overvalued; the market has priced in all of the recovery. Downside risk is high if growth slows.

The investor avoids both or shorts both, waiting for better entry points.

The leverage question: When does debt make sense?​

A company can choose how much debt to issue. More debt increases leverage and financial risk, but it also increases equity returns (if the company is profitable).

Example: A company with $100 million in annual EBITDA and a 7% cost of capital

All-equity capital structure (no debt):

  • Equity value: $100 million ÷ 0.07 = $1.43 billion.
  • Equity holders own a $1.43 billion company, generating $100 million in EBITDA.

Leveraged capital structure (30% debt, 70% equity):

  • Total capital needed: $1.43 billion.
  • Debt: $429 million at 5% coupon = $21.5 million annual interest.
  • Equity value: ($100 million − $21.5 million) ÷ 0.07 = $1.12 billion.
  • Equity holders own a $1.12 billion company generating $78.5 million in net earnings.

Return on equity:

  • All-equity: $100 million ÷ $1.43 billion = 7%.
  • Leveraged: $78.5 million ÷ $1.12 billion = 7%.

Wait, the return is the same. Why use leverage?

The answer: leverage increases return when the company's return exceeds the debt's cost.

If the company generates 10% EBITDA/capital (not 7%), then:

All-equity: $100 million ÷ 0.10 = $1 billion company value. Equity return: 10%.

Leveraged (debt cost 5%):

  • Debt: $300 million at 5% = $15 million interest.
  • Equity value: ($100 million − $15 million) ÷ 0.10 = $850 million.
  • Equity return: $85 million ÷ $850 million = 10%.

Hmm, still 10%. But in absolute terms, equity receives $85 million vs. $100 million without leverage. But the equity stake is smaller ($850 million vs. $1 billion), so the percentage return is the same.

The real benefit of leverage comes when an equity investor can earn 10% but borrows at 5%: the spread (5%) accrues to equity. But this assumes the company continues earning 10%. If earnings fall to 6%, the spread becomes a loss (the company earns 6% but pays 5% on debt, leaving 1% for equity—a huge deterioration).

This is why leverage amplifies both upside and downside for equity.

Companies use moderate leverage (2–3x) to optimize capital structure; higher leverage (4–6x) is used by distressed companies or private-equity-backed firms, increasing financial risk.

Equity-bond dynamics in different scenarios​

Scenario 1: Economic boom, company thriving

  • Equity rallies hard (stock price rises 20–30%, maybe more).
  • Bonds rally modestly (spreads compress, +2–4% price gain).
  • Equity outperforms.

Scenario 2: Economic slowdown, earnings miss

  • Equity declines 10–20% (growth expectations fall).
  • Bonds remain stable or decline slightly (spreads widen, −1–3%) because interest coverage and seniority protect bondholders.
  • Equity underperforms.

Scenario 3: Full recession, company distressed

  • Equity falls 50%+ (default risk is priced in).
  • Bonds fall 10–30% initially (spreads blow out) but stabilize at a price reflecting recovery value.
  • Equity underperforms severely.

Scenario 4: Full recovery post-distress

  • Equity recovers first and fastest (cheapest in distress, highest upside).
  • Bonds recover more slowly (already have downside protection, limited upside).
  • Equity outperforms dramatically.

Over long periods, the optimal investment depends on timing and the company's trajectory. Growth companies reward equity holders; distressed situations reward early bond buyers.

Mermaid diagram: Capital structure payment priority​

Next​

Corporate bonds and equity are both claims on the company, but they occupy different positions in the capital structure. When a company is part of a portfolio, the allocation between bonds and equity determines both risk and return. The next article explores how corporate bonds fit into an overall investment portfolio: when to hold them, how much to allocate, and how they interact with other assets.