Calculate your monthly loan EMI, total interest payable, and full amortization schedule instantly. This calculator works for home loan, car loan, personal loan, and other common loan types.
EMI stands for Equated Monthly Installment. It is the fixed monthly payment made by a borrower to repay a loan over a set period of time.
EMI is calculated using the principal loan amount, the monthly interest rate, and the total number of monthly installments.
Yes, this EMI calculator can be used for home loans. Enter your home loan amount, interest rate, and tenure to get the result instantly.
Yes, you can use this tool for car loan EMI calculation as well. It works for most fixed-rate vehicle loans.
Yes, this personal loan EMI calculator is free to use online and does not require login or signup.
An amortization schedule is a table showing each EMI payment with the split between principal repayment, interest payment, and remaining balance.
You can reduce EMI by increasing loan tenure, getting a lower interest rate, making a larger down payment, or making part-prepayments when available.
A longer tenure usually lowers the monthly EMI, but it increases the total interest paid over the full loan period.
A shorter tenure increases the monthly EMI, but it reduces the total interest payable on the loan.
Yes, it uses the standard EMI formula commonly used for fixed-rate loan calculations.
This free EMI calculator helps you estimate your monthly loan repayment amount in seconds. You can use it for home loan EMI calculation, car loan EMI calculation, personal loan EMI calculation, and other similar loan planning needs. Simply enter the loan amount, annual interest rate, and tenure to instantly get your monthly EMI, total interest payable, and total repayment amount.
The tool also generates a full amortization schedule so you can understand how much of each EMI goes toward principal and how much goes toward interest, both on a monthly and yearly basis. This makes it easier to compare loan options, plan your budget, and make better financial decisions before taking a loan. If you want to explore ways to reduce your EMI, you can test different loan tenure values and interest rates directly in the calculator and see the results update instantly.
EMI is calculated using a standard fixed-rate loan formula: EMI = P × r × (1+r)^n ÷ ((1+r)^n − 1), where P is the principal loan amount, r is the monthly interest rate (annual rate divided by 12 and by 100), and n is the total number of monthly installments. This formula accounts for compound interest applied monthly over the life of the loan, which is why the EMI stays fixed throughout the tenure even though the proportion of interest versus principal within each payment changes over time.
In the early months of a loan, a larger share of each EMI goes toward interest, since the outstanding principal balance is still high. As the loan progresses and the principal balance shrinks, a growing share of each fixed EMI payment goes toward principal instead. This is a normal and expected characteristic of amortizing loans, and it's exactly what the amortization schedule in this tool visualizes — you can see, month by month or year by year, how the principal-to-interest ratio within each payment shifts over the loan's lifetime.
While the underlying EMI formula is identical across loan types, the typical interest rates, tenures, and loan amounts differ significantly, which is why this tool includes quick presets for each:
Because of these differences, even loans with the same principal amount can have dramatically different EMIs and total interest costs depending on which category they fall into — which is exactly why comparing actual numbers with a calculator, rather than relying on rough intuition, is valuable before committing to any loan.
One of the most useful things this calculator makes clear is the trade-off between monthly affordability and total cost. Extending a loan's tenure lowers the monthly EMI, which can make a loan feel more manageable month-to-month, but it also means paying interest over a longer period, which increases the total interest paid across the life of the loan — often substantially. Conversely, choosing a shorter tenure increases the monthly EMI but reduces the total interest paid overall. Testing a few different tenure lengths side by side in this calculator is one of the most practical ways to understand this trade-off concretely, in real currency terms, before deciding on a loan structure.
The amortization schedule below the main results can be viewed either as a year-wise summary or a full monthly breakdown. The year-wise view is useful for getting a quick sense of how the loan progresses over its lifetime — you can see total interest and principal paid within each year, along with the remaining balance at year's end. The monthly view gives the exact breakdown for every single payment, useful if you need precise figures for a specific month, such as when checking how much interest was paid in a given financial year for tax purposes, or when planning a specific part-prepayment.
If your calculated EMI feels too high for comfortable monthly budgeting, there are a few concrete levers to adjust, all of which you can test directly in this calculator:
All EMI calculations, including the full amortization schedule, are computed directly in your browser using JavaScript. Your loan amount, interest rate, and tenure details are never sent to a server or stored anywhere — making this tool safe to use for exploring real, personal loan figures without any privacy concern.
This calculator, like most standard EMI calculators, assumes a fixed interest rate held constant for the entire loan tenure. Many real-world loans, particularly home loans, are offered on floating (or variable) interest rate terms, where the rate can change periodically based on a benchmark lending rate set by the lender or a central bank. When a floating rate changes, the lender typically either adjusts the EMI amount, extends the remaining tenure, or both, to account for the new interest rate. This tool gives you an accurate fixed-rate estimate for planning purposes — for a floating-rate loan, you can still use it to model "what if the rate moves to X%" scenarios by simply re-running the calculation with an updated interest rate, which gives useful insight into how sensitive your repayment is to rate changes even if the exact adjustment mechanism your particular lender uses differs slightly.
It's common to see two loans with the identical principal amount produce noticeably different EMI figures, and this always comes down to a combination of interest rate and tenure. A ₹10 lakh loan at 8% over 5 years will have a meaningfully different EMI than the same ₹10 lakh at 12% over 3 years, even though the "amount borrowed" is identical in both cases. This is exactly why comparing loan offers purely by headline interest rate, or purely by monthly EMI, can be misleading in isolation — the full picture requires looking at EMI, total interest, and total repayment together, which is precisely what this calculator's result panel is designed to surface at a glance.