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See how long to pay off your credit card balance.
💳 Minimum payments can take decades. Paying more than the minimum saves dramatically on interest.
Credit card debt is among the most expensive borrowing you can carry. Average APRs in the US sit between 20% and 28%, far higher than mortgages, auto loans, or personal loans. This calculator shows exactly how long it will take to pay off your balance at a given monthly payment, and — more importantly — how much of your money goes to interest versus the actual debt.
The results often shock people. A modest balance paid at the minimum can cost more in interest than the original purchases, and take decades to clear. The good news: even a small increase in your monthly payment dramatically shortens the timeline and slashes the total interest paid.
Most credit cards compound interest daily, based on your average daily balance. The advertised APR is divided by 365 to get a daily rate, and that daily rate is applied to your balance every day. Over a month, this adds up to slightly more than APR ÷ 12 would suggest.
When you carry a balance, your grace period disappears. New purchases start accruing interest immediately, from the day of the transaction. This is why carrying a balance is so costly — you lose the 21-25 day interest-free window that cardholders who pay in full enjoy.
Minimum payments are deliberately set low — typically 1% to 3% of your balance plus that month's interest. From the bank's perspective, a low minimum keeps you paying for as long as possible. From yours, it's a trap.
A $5,000 balance at 22% APR paid off at a fixed $110/month still takes over 8 years to clear and costs roughly $5,850 in interest — more than the original debt. You end up paying for whatever you bought more than twice over, and a declining minimum payment (starting near that same $110) stretches out even longer.
The single most effective move is paying more than the minimum. Same $5,000 at 22% APR:
Going from the minimum to just $200/month cuts the payoff time by 90% and saves thousands. Every extra dollar above the minimum goes straight to principal, which is why the effect is so dramatic.
If you have multiple cards or want a systematic approach, pick a method and stick with it:
If your balance is large and your APR is high, a balance transfer or consolidation loan can cut your effective rate to 0-15%. That often matters more than the payment amount. If you're struggling to make even minimums, contact your card issuer's hardship program — many offer temporary reduced rates or payment plans rather than see you default. Avoid payday loans and other high-cost borrowing to "cover" credit card payments; that trades one problem for a worse one.
Disclaimer: This calculator is for informational and educational purposes only and does not constitute financial, investment, or legal advice. Calculated results are estimates based on the inputs you provide; actual figures may vary. Always consult a qualified professional before making financial decisions.
The Credit Card Payoff Calculator lets you figure out credit card payoff calculatorinstantly, without reaching for a spreadsheet or doing the math by hand. Whether you're planning a budget, checking a loan, or working through homework, the tool applies the correct formula behind the scenes and shows the result the moment you enter your numbers.
Unlike a static chart or table, this calculator adapts to your exact inputs. You can adjust any value and see the outcome update in real time, which makes it easy to compare scenarios — for example, "what if the rate were 1% lower?" or "what if I paid an extra $50 a month?"
Common uses: people reach for this tool when they need to find a credit card payoff by monthly payment, credit card snowball calculator, how long to pay off credit card, or credit card payoff timeline.
Browser-based tools like this one have a few real advantages over installed software or manual methods:
The Credit Card Payoff Calculator is based on the following formula:
months = − ln( 1 + r·B / PMT ) / ln(1 + r)
Variables: months = Number of monthly payments until the balance is gone B = Current card balance ($) PMT = Fixed monthly payment ($) r = Monthly interest rate (APR ÷ 12, as a decimal) ln = Natural logarithm
Months to pay off balance B with fixed payment PMT at monthly rate r. Larger payments shrink the time steeply because less interest accrues each month.
Worked example: Step 1: balance B = $5,000, APR 18% → r = 0.18 / 12 = 0.015, fixed payment PMT = $200. Step 2: r × B / PMT = 0.015 × 5,000 / 200 = 0.375. Step 3: ln(1 − 0.375) = ln(0.625) = −0.4700, and ln(1.015) = 0.014889. Step 4: months = 0.4700 / 0.014889 ≈ 31.6. Result: about 32 monthly payments (roughly 2.6 years) to clear the $5,000 balance.
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