Maturity amount
₹1,07,186
Calculated value after 1 year at 7% a year, compounded quarterly.
Calculate the maturity amount and interest earned on a fixed deposit for any deposit amount, interest rate, tenure, and compounding frequency.
Under 20 seconds
Updated 21 Aug 2026
Maturity amount
₹1,07,186
Calculated value after 1 year at 7% a year, compounded quarterly.
Total interest earned
₹7,186
6.7% of the maturity amount.
Principal deposited
₹1,00,000
93.3% of the maturity amount.
Effective annual yield
7.19%
What 7% works out to once quarterly compounding is applied.
An FD calculator works out the maturity amount and interest on a fixed deposit from the deposit amount, interest rate, tenure, and compounding frequency, using the compound interest formula. Actual maturity amounts can vary with your bank's product terms and calculation conventions.
A visual view of your calculation.
Principal, interest accrued, and calculated value at each point, compounded quarterly.
| Period | Principal | Interest earned | Value |
|---|---|---|---|
| 1 month | ₹1,00,000 | ₹580 | ₹1,00,580 |
| 2 months | ₹1,00,000 | ₹1,163 | ₹1,01,163 |
| 3 months | ₹1,00,000 | ₹1,750 | ₹1,01,750 |
| 4 months | ₹1,00,000 | ₹2,340 | ₹1,02,340 |
| 5 months | ₹1,00,000 | ₹2,934 | ₹1,02,934 |
| 6 months | ₹1,00,000 | ₹3,531 | ₹1,03,531 |
| 7 months | ₹1,00,000 | ₹4,131 | ₹1,04,131 |
| 8 months | ₹1,00,000 | ₹4,735 | ₹1,04,735 |
| 9 months | ₹1,00,000 | ₹5,342 | ₹1,05,342 |
| 10 months | ₹1,00,000 | ₹5,953 | ₹1,05,953 |
| 11 months | ₹1,00,000 | ₹6,568 | ₹1,06,568 |
| 1 year | ₹1,00,000 | ₹7,186 | ₹1,07,186 |
Generated from the numbers you entered — no guesswork.
Each step the calculator runs, in plain language.
A fixed deposit is a bank or NBFC product where you place a lump sum for a fixed tenure at a fixed interest rate agreed upfront. The rate does not change during the term, so the maturity amount is known the day you open it. Deposits with scheduled banks are insured up to ₹5 lakh per depositor per bank under DICGC cover.
You choose an amount and a tenure, and the bank locks the rate applicable to that tenure. In a cumulative FD the interest is added to your balance at each compounding date and paid together with the principal at maturity. In a non-cumulative FD the interest is paid out monthly or quarterly instead, so the balance stays at the original deposit. This calculator models the cumulative option.
Banks use compound interest: A = P × (1 + r ÷ n)^(n × t). The annual rate is divided by the number of compounding periods per year to get the rate per period, and the balance is multiplied by that growth factor once per period for the whole tenure. Interest earned is the maturity amount minus the principal.
Compounding frequency is how often earned interest is added to your balance — monthly (12), quarterly (4), half-yearly (2), or yearly (1). Most Indian banks compound FDs quarterly. More frequent compounding means interest starts earning interest sooner, which raises the effective annual yield slightly above the quoted rate.
The maturity amount is the full sum credited at the end: your principal plus all the interest. Interest earned is only the growth portion. Comparing the two shows what share of your maturity value the bank added — and it is the interest portion, not the maturity amount, that is taxable at your slab rate.
The exact maths behind every number on this page.
A = P × (1 + r ÷ n)^(n × t)
Compounding frequency decides how often earned interest is added back to the balance so it starts earning interest itself. A higher n means interest is credited more often, so the same headline rate produces a slightly larger maturity amount — this is why the effective annual yield is a little above the quoted rate. Total interest earned is simply A − P. The calculation assumes a cumulative deposit held to maturity, with no TDS, tax, or premature-withdrawal penalty applied.
₹1,00,000 deposited for 1 year at 7% a year, compounded quarterly.
The deposit matures at about ₹1,07,186, so ₹7,186 is interest — an effective yield of roughly 7.19% because quarterly compounding credits interest four times in the year.
What this calculation includes, and what it leaves out.
Why people use this calculator before signing a loan.
The rate is fixed at booking, so the maturity amount can be calculated exactly instead of estimated.
Tenures run from a few months to ten years, so you can align the maturity with a specific goal.
Bank deposits are covered up to ₹5 lakh per depositor per bank, which makes FDs a low-risk place for short-term money.
Interest is fully taxable at your slab rate, returns may trail inflation over long periods, and breaking the FD early usually costs a 0.5–1% penalty.
Practical guidance to act on your result.
Short, direct answers to the questions we hear most.
Guides that explain how to use this calculation in a real decision.
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Lock-in, taxation and effective returns weighed side by side for long-horizon money.
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CalPaisa calculators are for general information and planning only. Results are estimates based on the values you enter and standard formulas, and may differ from the figures your bank, employer, or tax authority applies. Nothing here is investment, tax, or legal advice. Please confirm important decisions with a qualified professional. Read our financial disclaimer, learn how CalPaisa works, or tell us about a calculation you think is wrong.