What it means
A bullet repayment is a payment structure rather than a product. Any debt can be arranged so that the principal is repaid in one final instalment, and when it is, that final instalment is the bullet.
Interest is still paid along the way, usually monthly, quarterly or twice a year, so the borrower is never silent between drawdown and maturity. The size of the bullet depends on how much principal, if any, was repaid earlier.
A pure bullet means none was repaid, so the bullet equals the full amount borrowed. Many corporate facilities sit in between, amortising 1% or 2% of the original principal each year and leaving the rest to the final date.
For the borrower, the discipline is planning. Finance teams typically build a repayment plan that combines three sources: cash generated by the business, a new loan or bond that replaces the old one, and the sale of an asset.
Relying on only one of those is what turns a manageable obligation into a crisis. For the lender or bond investor, the bullet shape concentrates credit risk at the end.
That is why bullet structures usually come with financial covenants tested every quarter, so problems show up long before the money is due. It is also why bullet debt tends to be priced a little higher than an equivalent amortising loan.
There is one more wrinkle worth knowing. Because the outstanding balance never falls, a bullet structure carries more interest cost overall and gives the lender no gradual reduction in exposure, which is why smaller businesses are more often offered partial bullets than pure ones.
In practice
Real-world examples.
Example
A listed engineering group issues $50,000,000 of six year bonds with a 4.5% coupon paid twice a year. Investors receive $1,125,000 every six months. On the maturity date they receive the final coupon plus the $50,000,000 bullet repayment, a single transfer of $51,125,000.
Example
A private equity backed distributor holds an $80,000,000 term loan that amortises at 1% of the original principal each year for six years. That repays $4,800,000 in total, leaving a bullet repayment of $75,200,000. The sponsor plans to clear it through a sale of the company rather than from trading cash.
Example
A restaurant group finances a kitchen fit-out with a $250,000 four year loan that repays $17,500 of principal a year. After four years the group has repaid $70,000, leaving a bullet repayment of $180,000 funded from a rolling refurbishment reserve.
Formula
Calculation
Bullet repayment = Original principal - Cumulative principal repaid before maturity
Final payment due = Bullet repayment + Interest accrued for the final period
Worked example: a food manufacturer signs a $5,000,000 five year facility at a fixed 6%, with 2% of the original principal amortised in each of years 1 to 4 and the balance due at maturity.
Annual amortisation = $5,000,000 x 2% = $100,000
Principal repaid in years 1 to 4 = $100,000 x 4 = $400,000
Balance outstanding entering year 5 = $5,000,000 - $400,000 = $4,600,000
Bullet repayment = $4,600,000
Interest in year 5 = $4,600,000 x 6% = $276,000
Total final payment = $4,600,000 + $276,000 = $4,876,000
The bullet is therefore 92% of the original principal, because $4,600,000 divided by $5,000,000 equals 0.92. Small amortisation percentages barely dent the final obligation, which is exactly why treasurers model the bullet from day one rather than from year four.Case study
Seen in the real world.
Northvale Cold Storage is a fictional, illustrative refrigerated warehousing company that financed a new site with a $12,000,000 loan carrying a bullet repayment at the end of year seven. The board treated the maturity date as a project with its own owner and its own milestones rather than as a line in a spreadsheet.
Two years before maturity, the company began setting aside $200,000 a month into a segregated deposit account. Over 24 months that built a reserve of $4,800,000, which meant the amount still needing to be refinanced fell to $7,200,000. Because the loan-to-value on the warehouse had improved, the smaller refinancing attracted a lower margin from lenders than the original facility.
The illustrative point is not that every business can save that much, but that a bullet repayment is easier to survive when it is partly self-funded. Splitting a large obligation into a reserve plus a smaller refinancing turns one big question into two manageable ones.
Watch out
Common mistakes.
- Reading a small annual amortisation percentage as meaningful debt reduction, when a 1% or 2% schedule still leaves almost the entire principal due at the end.
- Budgeting only for the principal and forgetting that the final period's interest is payable at the same moment, which can add hundreds of thousands of dollars.
- Leaving refinancing until the final few months, at which point lenders know the borrower has no alternative and price the deal accordingly.
Questions
People also ask.
Is a bullet repayment the same as a balloon payment?
They are close cousins, but a balloon is the leftover balance from a long amortisation schedule, whereas a bullet is the principal that was never scheduled to amortise at all.
What is a sinking fund in this context?
It is a reserve the borrower builds up over time specifically to meet the bullet, sometimes required by the loan agreement and sometimes done voluntarily.
How do rating agencies and lenders view clustered bullet repayments?
Unfavourably, because several maturities falling in the same year create a refinancing wall, so treasurers deliberately stagger maturity dates across different years.
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