Free Online Loan / EMI Calculator
Calculate monthly EMI for personal, auto, or student loans
Your Monthly EMI
$405.53
Amortization Schedule
| Year | Principal | Interest | Balance |
|---|---|---|---|
| 1 | $3,388.80 | $1,477.53 | $16,611.20 |
| 2 | $3,670.07 | $1,196.26 | $12,941.13 |
| 3 | $3,974.69 | $891.65 | $8,966.44 |
| 4 | $4,304.58 | $561.75 | $4,661.86 |
| 5 | $4,661.86 | $204.47 | $0.00 |
For informational purposes only. Not financial advice. Actual EMI may vary based on lender terms, processing fees, and other charges. Consult your lender for exact figures.
Try these next
Now that you've got your numbers, the next step is finding a lender that won't gouge you on rates. SoFi is one we come back to for personal, auto, and student loans because their rates tend to be competitive and the application takes about two minutes. (We may earn a commission, at no cost to you. We are not licensed financial advisors.)
Why use Loan / EMI Calculator
- Works for any fixed-rate loan type -personal, auto, student, or business -not just mortgages.
- Pie chart shows the principal-to-interest ratio at a glance, making the true cost of borrowing immediately obvious.
- Amortization table toggles between yearly and monthly views, so you can see either the big picture or every individual payment.
- Tenure input accepts both years and months, which is useful for auto loans commonly quoted in 36, 48, or 60-month terms.
- Compare pre-qualification offers side by side -enter each lender's rate and term to see exactly how much more total interest the higher-rate offer costs over the life of the loan.
How it works
EMI is calculated using the formula EMI = P × r × (1+r)^n / ((1+r)^n − 1), where P is the loan principal, r is the monthly interest rate (annual rate divided by 1,200), and n is the total number of monthly payments. The amortization schedule is built row by row: for each month, the interest component equals the remaining balance multiplied by r, the principal component equals EMI minus interest, and the new balance equals the previous balance minus the principal component. Early in the loan, interest dominates each payment. On a $25,000 loan at 7% for 5 years, the first month's $495 payment splits into roughly $146 of interest and $349 of principal. By month 48, the same $495 splits into about $24 of interest and $471 of principal, because the outstanding balance has shrunk from $25,000 to roughly $4,100. Total interest payable is simply (EMI × n) − P. The interest-to-principal ratio shown in the pie chart divides total interest by the principal. Shorter tenures produce higher EMIs but drastically lower total interest because the balance shrinks faster, giving interest less time to accumulate.
About this tool
Calculate your monthly loan EMI (Equated Monthly Installment) with this free online loan calculator. Enter your loan amount, annual interest rate, and tenure to instantly see your monthly payment, total interest payable, and a complete amortization schedule. The calculator works for any type of loan -personal loans, auto loans, student loans, or business loans. Switch between years and months for the tenure to match your repayment plan. The EMI formula is EMI = P × r × (1+r)^n / ((1+r)^n − 1), where P is the principal, r is the monthly interest rate (annual rate divided by 12 and then by 100), and n is the total number of monthly payments. Each row of the amortization table is generated iteratively: the interest portion equals the outstanding balance times the monthly rate, the principal portion is the EMI minus that interest, and the remaining balance decreases accordingly. A pie chart shows the split between principal and interest so you can see at a glance how much of your total outlay goes toward the cost of borrowing. Shorter tenures mean higher monthly payments but significantly less total interest -a $20,000 loan at 8% costs roughly $4,300 in interest over 5 years but nearly $8,400 over 10 years. To put specific numbers on it: a $10,000 loan at 7% for 3 years carries a monthly EMI of about $309 and roughly $1,115 in total interest, while a $25,000 loan at 5% for 5 years runs about $472 per month with around $3,306 in total interest. Stretching that same $25,000 to 10 years at the same rate cuts the monthly payment to $265 but nearly doubles the total interest to about $6,818 -a vivid illustration of how tenure length changes the true cost of a loan. Car buyers comparing dealer financing, graduates evaluating student loan repayment plans, and small business owners sizing up a working-capital loan all benefit from seeing the true cost before signing. All calculations run in your browser -no data is sent to any server and no sign-up is required.
How to use Loan / EMI Calculator
- Enter the loan amount. Type the total amount you want to borrow.
- Set the interest rate. Enter the annual interest rate offered by your lender.
- Choose the loan tenure. Enter the repayment period in years or months using the toggle.
- View your EMI and schedule. See your monthly EMI, total interest, payment breakdown, and full amortization schedule.
Use cases
- A buyer financing a $25,000 car loan at 6.9% for 60 months uses the calculator to confirm the monthly payment fits their budget before visiting the dealership, so they are not surprised at signing.
- Someone comparing two personal loan offers -$15,000 at 11% for 3 years versus 8.5% for 4 years -uses the amortization view to see how much more total interest the longer term costs before choosing.
- A small business owner planning equipment financing inputs several rate and tenure combinations to find the break-even point where the EMI is affordable without the total interest exceeding a threshold.
- A recent graduate with $38,000 in student loans wants to understand how much they would save in interest by paying off in 7 years instead of 10, so they can decide whether the higher monthly payment is worth it.
- A first-time homebuyer comparing a 15-year mortgage at 6.5% versus a 30-year at 7% on a $300,000 loan to see the monthly payment difference and how much extra interest the longer term adds.
Frequently Asked Questions
EMI stands for Equated Monthly Installment -the fixed monthly payment you make to repay a loan. The formula is EMI = P × r × (1+r)^n / ((1+r)^n - 1), where P is the principal, r is the monthly interest rate (annual rate / 12 / 100), and n is the total number of monthly payments.
Three factors determine your EMI: the loan amount (higher amount = higher EMI), the interest rate (higher rate = higher EMI), and the loan tenure (longer tenure = lower EMI but more total interest). Reducing any one of these lowers your EMI.
A shorter tenure means higher monthly payments but significantly less total interest. A longer tenure reduces your monthly burden but increases the total cost. For example, a $20,000 loan at 8% costs $4,332 in interest over 5 years but $7,025 over 7 years. The difference becomes even starker on larger amounts: a $30,000 loan at 6% for 3 years costs roughly $2,870 in total interest, while stretching it to 5 years costs about $4,800 -nearly $2,000 more just for the privilege of a lower monthly payment. If you can absorb the higher EMI, the shorter tenure almost always wins on total cost.
Yes. This calculator works for any fixed-rate loan including car loans, personal loans, student loans, and business loans. Enter your auto loan amount, the dealer or bank interest rate, and the loan term to see your monthly car payment.
Personal loan rates typically range from 6% to 36% depending on your credit score, income, and lender. Rates below 12% are generally considered good. Compare offers from multiple lenders and check your credit score before applying. Even a 1% difference matters more than it sounds: on a $20,000 5-year loan, dropping from 9% to 8% saves you roughly $500-600 in total interest over the life of the loan -enough to justify shopping around before accepting the first offer you receive.
Make extra payments toward the principal when possible, choose the shortest tenure you can afford, improve your credit score before applying to get a lower rate, and consider refinancing if rates drop after you take the loan.
An amortization schedule shows how each monthly payment is split between principal and interest. Early payments are mostly interest, while later payments are mostly principal. The schedule helps you understand exactly where your money goes each month. For a concrete example: on a $25,000 loan at 7% for 5 years, your first payment splits roughly $146 to interest and $349 to principal. By payment 48, the split reverses to about $24 interest and $471 principal, because the outstanding balance has shrunk from $25,000 to roughly $4,100 and there is simply less principal left to charge interest on.
The interest-to-principal ratio shows what percentage of your loan amount you pay in interest. A ratio of 20% means for every $100 borrowed, you pay $20 in interest. Lower ratios mean a cheaper loan -achieved through lower rates or shorter terms.
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