This free Recurring Deposit Calculator tells you exactly what your monthly RD deposits will be worth when the account matures. Enter your monthly deposit, the interest rate your bank pays, and how long you’re planning to keep it running — and the tool instantly shows your maturity amount, how much you actually deposited, and how much interest you earned along the way. Works with any bank, any currency, any tenure.

Monthly Deposit Amount Annual Interest Rate (%) Tenure (Months)

Maturity Amount

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Total Deposited

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Interest Earned

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Growth Multiple

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Your RD Maturity Value

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Enter your details to calculate

Detail	Value

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Quick heads up — what you see here is a projection based on the fixed rate you enter. Real RD rates can shift, and different banks sometimes calculate maturity with slight variations. Use this for planning and comparison, not as a replacement for your bank’s official statement.

💱 Currency note: You won’t see any currency symbols anywhere — that’s on purpose. Use whatever currency suits you (INR, USD, EUR, GBP, PKR, anything) and just stick with the same one from start to finish. This tool doesn’t convert currencies.

What Is a Recurring Deposit Calculator?

A Recurring Deposit Calculator is a simple tool that works out how much money you’ll end up with when your RD matures. You feed it three things — how much you deposit each month, the interest rate your bank is paying, and how long you plan to keep the RD going — and it instantly tells you the maturity amount, how much you actually put in, and how much the bank paid you in interest.

That’s genuinely it. Nothing fancy, no hidden complexity. But it’s surprisingly handy in practice. Most people who open an RD know roughly what they’re signing up for, but they never bother to calculate recurring deposit interest by hand. Why would they? The bank already has the numbers. But if you want to compare two banks, weigh up a 2-year RD against a 3-year one, or just see whether bumping up your monthly deposit is worth it, an RD calculator online gets you there in seconds.

How to Use This Recurring Deposit Calculator

Using this is about as straightforward as it gets. Here’s the whole thing.

Step 1 — Put in your monthly deposit amount. This is what you plan to set aside every month. Banks typically set a minimum, and the exact figure varies by institution and country. Enter whatever amount you’re actually planning to deposit.

Step 2 — Enter the annual interest rate. Whatever rate your bank offers on RDs. Rates vary between banks, countries, and change with the broader interest rate environment. If you’re not sure what yours pays, check the bank’s website or ask at the branch — some banks also offer higher rates for senior citizens or special tenures.

Step 3 — Enter the tenure in months. How long do you want to keep the RD running? Could be 12 months, 24 months, 36 months, or even 60 or 120 months. RD tenures are usually counted in whole months, so enter a full number. Longer tenures usually mean more total interest, but you’ll need to be comfortable locking the money away for that stretch. The preset buttons (1 Year, 2 Years, 3 Years, 5 Years) let you test the most common tenures with a single click.

Step 4 — Read the results. The right panel shows your maturity amount, total deposited, total interest earned, and the growth multiple. There’s a breakdown table underneath with more detail. You can copy the result or save it as a PDF if you want a record.

That’s all there is to it. You don’t need to know the formula, and you don’t need to fiddle with a spreadsheet. The calculator handles everything in the background.

The Recurring Deposit Formula Explained

You don’t need to understand the math to use the calculator, but knowing what’s happening under the hood builds a bit of confidence — especially if you’re comparing the calculator’s result against what your bank tells you.

A common approach to RD maturity uses quarterly compounding. Under that method, the standard formula looks like this:

M = P × [((1 + i)ⁿ − 1) ÷ (1 − (1 + i)⁻¹ᐟ³)]

Where:

M is the maturity amount.
P is your monthly deposit.
i is the quarterly interest rate (annual rate ÷ 400).
n is the number of quarters in the tenure.

At first glance, that formula looks intimidating. But the underlying idea is simple. Each monthly deposit stays in the account for a different length of time. The first instalment stays for the full tenure, so it earns the most interest. The last instalment barely has any time to earn anything. The formula sums up the future value of every individual instalment, and the total is your maturity amount.

Quarterly compounding means interest gets added back to the principal four times a year, and then it earns interest on that interest. This is the quiet advantage RDs have over a plain savings account — the compounding does its work in the background without you having to think about it.

One important caveat: banks can follow different methodologies. Some compound quarterly, some monthly, and a few use slightly different bases or rounding rules. The differences are usually small, but if you compare your calculator’s result against a bank statement and spot a small gap, that’s often why. Always treat your bank’s official maturity figure as the final word.

Recurring Deposit vs Fixed Deposit — Which One Fits?

Both are safe, straightforward ways to save with a bank. Both pay fixed interest. Deposit insurance depends on the country, institution, product eligibility, and applicable rules — so it’s worth checking how your specific account is covered. But RDs and FDs suit different situations.

A Fixed Deposit (FD) is a single lump sum you deposit once, and it grows for the chosen tenure. If you already have a chunk of money sitting idle — a bonus, maturity proceeds, accumulated savings — an FD is often the simplest way to lock it in at a good rate.

A Recurring Deposit (RD) is a series of monthly deposits, all earning the same rate. If you don’t have a lump sum but you do have a steady monthly income, an RD lets you build up the same kind of disciplined savings without needing the full amount upfront.

Feature	Recurring Deposit	Fixed Deposit
Deposit type	Monthly instalments	One-time lump sum
Best for	Regular savers, salaried employees	People with idle cash
Interest rate	Typically similar to FD rates	Typically similar to RD rates
Compounding	Usually quarterly	Usually quarterly
Flexibility	Fixed monthly commitment	One-time commitment
Discipline required	High (monthly deposits)	Low (one decision)

If you’re not sure which one suits you, think about where the money is coming from. If it’s arriving in monthly salary credits, an RD matches that rhythm nicely. If it’s already sitting in your account doing nothing, an FD puts it to work immediately.

Worked Examples You Can Actually Relate To

Numbers in a table are fine, but a few real scenarios make the whole thing click. Let’s look at four common cases.

Example 1: A Short-Term RD for a Small Goal

Say you’re saving for something specific — a new laptop, a short trip, or just a small buffer — over 12 months. You deposit 5,000 per month at 7% annual interest.

Total deposited: 5,000 × 12 = 60,000
Maturity amount: approximately 62,311
Interest earned: roughly 2,311
Growth multiple: about 1.04×

Short tenures don’t produce dramatic interest because there isn’t much time for compounding to kick in. That’s fine though — the point of a one-year RD isn’t the interest. It’s that you actually saved 60,000 without touching it. For most people, that’s far harder than the math suggests.

Example 2: A 2-Year RD for Medium-Term Goals

Same deposit of 5,000 per month, same 7% rate, but this time the tenure is 24 months.

Total deposited: 5,000 × 24 = 1,20,000
Maturity amount: approximately 1,29,099
Interest earned: roughly 9,099
Growth multiple: about 1.076×

Doubling the tenure roughly quadrupled the interest. That’s compounding doing its thing. And 9,000+ in interest is basically free money you didn’t have to work for.

Example 3: A 3-Year RD at a Slightly Lower Rate

Now imagine your bank offers a slightly lower rate of 6.5% for a 36-month RD, and you’re still depositing 5,000 per month.

Total deposited: 5,000 × 36 = 1,80,000
Maturity amount: approximately 1,99,122
Interest earned: roughly 19,122
Growth multiple: about 1.106×

Here’s what’s interesting — even though 6.5% is lower than 7%, the extra year of tenure still delivers noticeably more interest than the 2-year example. Time matters more than small rate differences in most cases.

Example 4: A Long-Term RD for Serious Compounding

Now let’s scale up. Deposit 10,000 per month for 60 months (5 years) at 7%.

Total deposited: 10,000 × 60 = 6,00,000
Maturity amount: approximately 7,19,328
Interest earned: roughly 1,19,328
Growth multiple: about 1.199×

Over 5 years, the interest alone crosses one lakh. That’s real money you didn’t have to deposit — compounding contributed it for you. This is exactly why people who treat RDs as a serious savings vehicle tend to go for the longest tenure their cash flow allows.

Understanding Recurring Deposit Interest Rates

RD interest rates are set by the bank, and they’re usually very close to what the same bank offers on a fixed deposit of the same tenure. The reason is simple: from the bank’s point of view, both products are basically the same commitment — a fixed sum earning a fixed rate for a fixed period. The only real difference is how the money gets there.

That said, a few variations are worth knowing about:

Tenure matters. Longer tenures usually pay slightly higher rates, though this isn’t always true. Some banks have a sweet spot where the best rate is at 1 or 2 years, and longer tenures pay the same or even less.
Senior citizens may get a bump. Many banks offer a slightly higher rate for senior citizens, though the difference varies by institution and country.
Smaller banks and NBFCs may pay more. Rates can be meaningfully higher than what traditional banks offer, but you should also look at deposit insurance limits and the overall financial health of the institution.
Rates change with the environment. When central banks cut or raise benchmark rates, RD rates follow. A rate you’re locking today might look great or disappointing a year from now — but once you lock it, it stays put for the tenure.

If you’re deciding between two banks, the difference in RD interest calculator results might look small in absolute terms. But over 3 or 5 years, even a small difference in rate adds up to real money. Worth running the numbers on both.

Things to Keep in Mind About Recurring Deposits

An RD calculator gives you a number. What you do with that number is what determines whether the RD actually helps you. A few practical points worth keeping in mind:

Miss a monthly deposit and you may face a penalty. RDs require you to deposit the fixed amount every month. Missing a payment can attract a small penalty fee from the bank, and repeated misses could lead to the RD being closed prematurely. Automate the transfer from your salary account so you never forget.

Premature withdrawal usually costs you. If you need the money before the tenure ends, banks typically charge a penalty — often around 0.5% to 1% off the applicable interest rate. The maturity amount you’d have received drops meaningfully. Only break an RD early if you genuinely have to.

Interest is usually taxable. In most countries, RD interest is taxed as ordinary income. Many banks deduct tax at source once interest crosses a threshold, and you’re expected to report it on your tax return. The calculator shows gross interest, not post-tax interest. If you want a more realistic view of what you actually keep, mentally subtract your marginal tax rate from the interest figure.

Inflation matters more than people think. If your RD earns 7% but inflation is running at 6%, your real return is only about 1%. Over short tenures, that’s fine — you’re prioritising safety over growth. Over long tenures, it’s worth asking whether a different instrument might serve you better. But that’s a much bigger conversation than one RD.

RDs are safe but not exciting. Deposit insurance protects your money up to the applicable limit in most countries — the specific coverage limit, terms, and insurer vary by jurisdiction. This is genuinely reassuring, but it also means RD rates are modest. Don’t expect RD returns to beat inflation by a wide margin over the long term.

Recurring Deposits Around the World

RDs are most popular in India and South Asia, but similar savings products exist in many countries under different names. The core idea — depositing a fixed amount every month into an account that pays compound interest — is universal.

India. Recurring deposits are a standard offering at most banks and post offices. Tenures typically range from 6 months to 10 years, and rates are usually close to FD rates for the same tenure. Post office RDs have a 5-year term and fixed rates set by the government.

United States. RDs aren’t commonly offered under that name, but many banks offer “systematic savings” or “automatic savings” plans that work on the same principle. High-yield savings accounts have become popular alternatives since they offer similar monthly deposits plus the flexibility to withdraw at any time.

Europe and the UK. Regular saver accounts, monthly savings plans, and some building society products fill the same role. Interest rates vary widely, and in some countries the tax treatment of interest earned on these accounts is more favourable than on regular savings.

Middle East and Pakistan. Monthly deposit schemes are widely offered by both conventional and Islamic banks. Islamic versions typically structure the returns as profit-sharing rather than interest, but the underlying math for compounding and tenure works the same way.

Wherever you are, the same practical advice holds: match the tenure to your goal, automate the monthly deposit, and don’t break the RD unless you genuinely need to.

If this RD calculator was useful, these related tools might round out your financial planning.

Additional Financial Resources

For a plain-English overview of recurring deposits — how they work, what to look for, and how they compare with other savings products — the Investopedia guide on recurring deposits is a solid reference.

For official banking-related resources in India, including deposit schemes and consumer awareness material, the Reserve Bank of India (RBI) website publishes regulator-endorsed information on deposits, interest rates, and bank consumer protections.

Frequently Asked Questions About Recurring Deposits

1. What is a Recurring Deposit Calculator?

It’s a tool that calculates how much your monthly RD deposits will be worth when the account matures. You enter your monthly deposit, the annual interest rate, and the tenure, and it shows you the maturity amount, total deposited, and total interest.

2. How is RD interest calculated?

A common approach uses quarterly compounding. Each monthly deposit earns interest for the remaining quarters of the tenure, and the totals are added up to give your maturity amount. Banks can follow slightly different methodologies, so it’s worth confirming the exact method with yours.

3. Is RD better than FD?

Neither is universally better. RDs suit people with regular monthly income who want to build savings gradually. FDs suit people with a lump sum ready to invest. Both typically pay similar interest rates for the same tenure.

4. What is the minimum tenure for an RD?

It depends on the bank. Many banks offer tenures starting at 6 months going up to 10 years, while others offer shorter or longer options. Check with your bank for their specific tenures.

5. Can I withdraw my RD early?

Yes, most banks allow premature withdrawal, but they often charge a penalty — usually a small reduction in the applicable interest rate. The maturity amount you’d have received drops, so it’s best to break an RD early only if you really need the money.

6. What happens if I miss a monthly deposit?

Banks usually charge a small penalty fee for missed instalments. Repeated misses could lead to the RD being closed. To avoid this, set up an automatic transfer from your salary account on the same date each month.

7. Is RD interest taxable?

In most countries, yes. Interest earned on an RD is usually treated as ordinary income and is taxable. Many banks deduct tax at source if the interest crosses a threshold. The calculator shows gross interest, not post-tax.

8. Can I change my monthly deposit amount mid-tenure?

Usually not. RD contracts are typically fixed at the monthly amount you agreed when opening the account. If you want to deposit more, most banks suggest opening a second RD or a step-up RD product, if they offer one.

9. Is my RD insured?

In most countries, deposit insurance covers RD balances up to a certain limit per depositor per bank. The specific coverage limit, terms, and the insurer vary by jurisdiction — check with your bank or local regulator for the specifics that apply to you.

10. How accurate is this RD calculator?

It uses the quarterly-compounding method described above. Your bank may use a different calculation method, rounding rule, or deposit timing convention, so its official maturity figure should be treated as final.

⚠️ Disclaimer: The results from this calculator are mathematical projections based on the inputs you provide. They are for educational and informational purposes only and should not be treated as financial, tax, or investment advice. Actual RD maturity amounts can vary slightly based on your bank’s specific calculation method. Please confirm final figures with your bank before making decisions.