Calculate the present value of a future amount or recurring payments with accurate charts and dynamic insights.
Get instant, accurate results
Present value is at the heart of almost every financial decision: evaluating an investment, comparing alternatives for savings, planning retirement, and assessing income in the future. Money to be received in the future is not valued as highly as money that is available today because today's money can be invested, can earn interest, or can be used immediately. Inflation, risk, and opportunity cost all devour the real value of future cash flows. The Present Value Calculator will help you to convert future amounts and periodic payments into today's dollars using a clear, consistent framework. This calculator is designed to work for both single future sums and recurring deposits or payments. Instead of relying on intuition or rough estimates, it applies standard time-value-of-money formulas used in finance, economics, and investment analysis. You can test different assumptions by changing the discount rate, time horizon, and timing of payments, which will show how sensitive your result is to small changes. Unlike basic calculators, which just output a number, this tool focuses on insight. It shows how time, interest rates, and payment structure interact to help you make better financial decisions with confidence.
First, you need to decide whether you want to calculate the current value of a future sum of money or the current value of a series of deposits/payments. Use the future value option when you know you'll get a single payment at some future date. Use the periodic deposits option when you take in payments on a repetitive basis, such as when you save money, make pension payments, annuity payments, or when you collect rental income.
Future Single Amount For the single future amount, you will need to input the total amount of the expected value for the future. This may be in the form of an investment reward, inheritance, bonus, or target amount. For periodic payments, the amount of the payments made in the period needs to be filled in. This reflects the regular payments made in the form of periodic contributions or payments.
The discount rate is related to the rate of return on an investment. The opportunity cost of capital, or expected return on an investment, is what your money will earn in other investments of equal risk. A higher rate of discount will result in a lower present value since the future will be more sharply discounted. The choice of a reasonable rate is very important.
Specify the number of periods over which the money will be received or deposited. This is usually expressed in years, but the calculator views it generically as periods. The longer the time horizon, the heavier the discount on future cash flows. Sometimes, even at relatively reasonable times, small increases in the present value of the time reduce it quite a bit.
If you are calculating periodic deposits, select whether payments occur at the beginning or at the end of each period. Payments that occur at the beginning of the period have more time to earn interest, making their present value greater. For instance, the distinction between beginning-of-period and end-of-period payments is quite important in long-term savings and retirement modeling.
After all inputs have been completed, compute the present value. Analyze the present value to assess what the future value of money or the cash flow stream is worth at present. Experiment by changing the interest rate or the time period and see how sensitive the present value is to these assumptions. This will teach you more about risk and cost of opportunity.
Where: FV = future value r = discount or interest rate per period n = number of periods This formula discounts a future amount back to today, reflecting the time value of money.
Where: PMT = periodic payment r = interest rate per period n = number of periods This formula calculates the present value of a series of equal payments made at regular intervals.
When payments occur at the beginning of each period, the present value increases because each payment has an extra period to earn interest.
The Present Value Calculator is useful for anyone making financial decisions involving time and money. Investors can use the calculator to compare returns from future investments. Savers can assess whether or not long-term goals are realistically priced today. Students and educators can use it in order to internally understand the concept of the time value of money. The calculator allows the professional to estimate the present value of projects, contracts, or income streams. Even everyday decisions, such as how much immediate cash versus deferred payments, is better clarified by present value.
Present Value (PV) calculates what a future sum or recurring deposits are worth today, accounting for the time value of money.
Uses PV = FV ÷ (1 + r)^n for single values, or PV = PMT × (1 - (1 + r)^-n) / r for recurring payments.
Present value (PV) represents how much a future amount of money is worth today, considering the time value of money and a given discount rate.
Money today can be invested to earn returns over time. Because of this opportunity, a dollar today is worth more than a dollar received in the future.
Future value estimates how much money will grow over time, while present value works in reverse by discounting future amounts back to today’s value.
The discount rate reflects the expected rate of return or interest rate used to calculate how much future money is worth today.
Periodic deposits are regular payments made at equal intervals, such as monthly or yearly contributions, whose combined present value can be calculated.
Payments made at the beginning of a period are worth more because they have an extra period to earn interest compared to payments made at the end.
Use a present value calculator to compare investment opportunities, evaluate savings plans, assess future income streams, or determine fair value today.