🏦 Finance Calculator

EMI Calculator

Calculate your monthly loan EMI for home, car, or personal loans — with full amortization schedule and payment breakdown.

Currency
8.5%
1%36%
20 years
1 yr30 yrs
%
yrs
Monthly EMI --
-- Loan amount
-- Total interest
-- Total payment
Payment breakdown
-- interest
Principal --
Total interest --
Total payment --
Tenure comparison
Tenure Monthly EMI Total Interest Total Payment
Interest saving tip
Amortization schedule
Period Principal Interest Balance P/I split

How is EMI calculated?

EMI (Equated Monthly Installment) is calculated using the reducing balance method. Each month, interest is charged only on the outstanding principal — so as you repay, the interest component decreases and the principal component increases.

EMI = P × r × (1+r)ⁿ / ((1+r)ⁿ − 1)
Where: P = Principal · r = Monthly rate (annual% ÷ 12 ÷ 100) · n = Months
📉 Reducing balance

Interest reduces every month as you repay principal. Early EMIs are mostly interest; later ones are mostly principal repayment.

⏱️ Tenure vs interest

Longer tenure = lower EMI but far more total interest paid. Shorter tenure = higher EMI but significant interest savings.

💰 Prepayment benefit

Making a lump-sum prepayment reduces the outstanding principal, cutting all future interest and potentially shortening the tenure.

📊 Amortization

The schedule shows how every single EMI is split between principal and interest — month by month or year by year.

Frequently asked questions

EMI (Equated Monthly Installment) is a fixed monthly payment to repay a loan. Formula: EMI = P × r × (1+r)^n / ((1+r)^n − 1), where P = loan amount, r = monthly interest rate (annual ÷ 12 ÷ 100), and n = number of months.
For a ₹20,00,000 home loan at 8.5% annual interest for 20 years: EMI ≈ ₹17,356/month. Total interest paid ≈ ₹21,65,440. Total payment ≈ ₹41,65,440. Use the calculator above with these values for the exact figure.
You can reduce EMI by: (1) making a larger down payment to reduce principal, (2) negotiating a lower interest rate with your bank, (3) extending the tenure (this reduces EMI but increases total interest), or (4) making part-prepayments to reduce the outstanding balance.
Significantly. A ₹20L loan at 8.5%: 10-year tenure pays ≈₹11.4L interest, 20-year tenure pays ≈₹21.7L, 30-year pays ≈₹34L. Shorter tenure saves a huge amount in interest. Use the tenure comparison table above to see the difference.
An amortization schedule shows how each EMI payment is split between principal and interest over the loan's life. In early months, most of the EMI is interest. By the final years, most goes toward principal repayment.
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