Reduces Total Interest Outgo
Lowering the principal reduces the interest base for all future EMIs.
Use the Hero FinCorp Part Payment Calculator to check if part payment is a good option for you.
A personal loan part payment calculator is a free online tool that calculates the financial impact of making a lump-sum payment toward your outstanding personal loan beyond your regular monthly EMI. When you make a part payment, your outstanding principal reduces, which in turn reduces the interest charged on future EMIs.
The part payment calculator for a personal loan shows you: the revised outstanding loan balance after your part payment, the updated EMI or shortened tenure, and the total interest saved as a direct result of the prepayment.
When you make a part payment on your personal loan, the extra amount is applied directly to the outstanding principal not the interest. This reduces the base on which future interest is calculated. Depending on your lender's policy, this reduction either lowers your EMI amount (same tenure) or shortens your remaining repayment period (same EMI). Either way, you pay less interest overall.
The calculator instantly displays your revised EMI, updated outstanding balance, revised remaining tenure, and total interest savings from the prepayment.
| Outstanding Loan Amount | Part Payment / Foreclosure Charges |
| Up to Rs 20,000 | Nil |
| Above Rs 20,000 | 4% of the outstanding principal amount |
Important: Always compare your potential interest savings against the applicable part payment fee to confirm the prepayment is financially beneficial.
Yes, for most borrowers, prepayment makes strong financial sense. Since personal loans use reducing balance interest, the earlier you prepay, the more interest you save. Use the part payment calculator to model different prepayment scenarios and identify the optimal amount and timing for maximum savings.
The calculator is designed for fixed interest rate loans, which apply to all Hero FinCorp personal loans. Floating-rate loans are subject to benchmark changes that make forward projections less precise.