How to use EMI Calculator
- 1
Enter the total Loan Amount.
- 2
Set the Interest Rate (%).
- 3
Set the Loan Tenure in years.
- 4
View your monthly payment and total interest cost instantly.
Calculate your Equated Monthly Installment (EMI) for home loans, car loans, or personal loans.
Enter the total Loan Amount.
Set the Interest Rate (%).
Set the Loan Tenure in years.
View your monthly payment and total interest cost instantly.
EMI uses the formula: E = P × r × (1+r)^n ÷ ((1+r)^n − 1), where P = principal, r = monthly interest rate (annual rate ÷ 12 ÷ 100), and n = total months.
Yes — a larger down payment reduces the loan principal (P), which directly lowers the EMI. It also reduces total interest paid over the loan tenure.
A longer tenure reduces your monthly EMI but significantly increases the total interest you pay over the loan period. Use the calculator to compare short vs. long tenure scenarios.
For long tenures (15–30 years) at moderate interest rates, compound interest accumulates substantially. A ₹50L loan at 9% for 20 years typically results in ₹50L+ in total interest.
Yes — the EMI formula is the same for all reducing-balance loans. Enter the loan amount, rate, and tenure regardless of the loan type.
No — all calculations run locally in your browser. No data is stored or transmitted.
A loan looks affordable until you see the monthly payment. And the monthly payment looks manageable until you run the full repayment schedule and realize you're paying back nearly double what you borrowed.
This EMI calculator gives you the complete picture in seconds: your exact monthly installment, the total amount you'll repay, and the total interest cost over the entire loan life. Enter your loan amount, interest rate, and tenure — nothing is sent to any server, all calculation happens instantly in your browser.
EMI (Equated Monthly Installment) is the fixed amount you pay each month to repay a loan. It combines two components that shift over time:
The total EMI stays constant, but the split between interest and principal changes every month. This structure is called an amortizing loan.
EMI = P × r × (1 + r)ⁿ / ((1 + r)ⁿ − 1)
Where:
Worked example — Home loan:
EMI = 50,00,000 × 0.00708 × (1.00708)²⁴⁰ / ((1.00708)²⁴⁰ − 1)
≈ ₹43,391 per month
You borrow ₹50 lakh and repay over ₹1 crore. This is the reality most people don't see when they look only at the monthly payment.
| Loan (5L @ 12%) | Tenure | Monthly EMI | Total Interest |
|---|---|---|---|
| ₹5,00,000 | 3 years | ₹16,607 | ₹97,852 |
| ₹5,00,000 | 5 years | ₹11,122 | ₹1,67,320 |
| ₹5,00,000 | 7 years | ₹8,853 | ₹2,43,652 |
A longer tenure saves you ₹7,754 per month but costs you ₹1.46 lakh extra in interest. Choosing the right tenure requires balancing current affordability against total loan cost.
Home Loan: Banks typically allow up to 80% LTV (Loan-to-Value). Your EMI should generally stay under 40–50% of monthly take-home pay. Factor in property tax, maintenance, and insurance separately.
Car Loan: Dealers often focus ...
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Note: This calculation is purely numerical. A $1000 loan generates the exact same numbers as a ₹1000 or €1000 loan.
Monthly EMI
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