Enter your balance, APR, and monthly payment. See exactly when you'll be debt-free, what the interest really costs — and how much faster one extra payment gets you out. Runs in your browser; nothing is stored.
That payment doesn't outrun the interest — the balance never reaches zero. Raise the monthly payment.
Credit card interest compounds monthly: each month your card charges roughly balance × (APR ÷ 12) in interest, and only the part of your payment above that amount reduces the balance. On a $5,000 balance at 24% APR, the first $100 of every payment is interest. That's why a $150 payment takes over four years while a $250 payment takes about two — the extra $100 attacks the balance directly every single month.
This is also why the fastest wins come from either raising the payment or lowering the APR (through payoff, consolidation, or a balance-transfer offer). Small changes compound in your favor exactly the way interest compounds against you.
It depends on balance, APR, and payment. A $5,000 balance at 24% APR with $150/month takes about 56 months and ~$3,320 in interest; at $250/month it's about 26 months and ~$1,450. Run your own numbers above.
Most of a minimum payment is interest. Only the remainder reduces your balance, so the debt shrinks very slowly — and the bank's math is designed that way. Anything above the minimum goes 100% to the balance.
APR is your card's yearly interest rate — the US average is above 21%. Find yours on your statement, in your card's app under "interest & fees," or in your card agreement.
Highest-APR first (avalanche) always costs least in interest; smallest-balance first (snowball) gives faster wins. The best method is the one you'll stick with — our snowball calculator compares both.
Completely free, and the math runs in your browser — nothing you enter is sent anywhere. For ongoing tracking with live bank balances, PayDownPro™ is free for your first card.
This calculator is for information only and isn't financial advice. Results are estimates; your card's exact billing math may differ slightly.