Annuity Payout Calculator
Payout = PV × r ÷ (1−(1+r)^−n): 400,000 paying out over 20 years at 5% delivers ≈2,640 monthly.
- Everything runs locally in your browser.
Figures are estimates from this calculator’s standard formula — adjust the inputs in the tool below for your exact number.
How the Annuity Payout Calculator Calculates Results
An annuity payout converts a lump of capital into equal periodic payments over a fixed horizon, drawing down principal and earnings together. At its core the tool evaluates PMT = present value × r ÷ (1 − (1 + r)^−n). Spending 400,000 evenly over 20 years at 5% annual (r = 0.004167, n = 240): each monthly payout is 400,000 × 0.004167 ÷ (1 − 1.004167^−240) ≈ 2,640 — capital exhausted exactly at year 20. Adjust any field and the outputs recompute immediately, so you can test as many scenarios as you like in the units you prefer.
- 1
Step 1
Gather the numbers the Annuity Payout Calculator needs and type them in.
- 2
Step 2
The engine evaluates PMT = present value × r ÷ (1 − (1 + r)^−n) instantly as you type.
- 3
Step 3
Check the output and its unit before using it.
- 4
Step 4
Repeat with different inputs to test alternatives.
Use Cases
Retirement drawdown
Sizing fixed-horizon income
Commuted pension choice
Converting a lump into monthly checks
Lottery structure
Pricing annual installments
Inheritance planning
Spreading a legacy over years
Common Mistakes
Ignoring inflation drag
Forgetting fees
Outliving the plan
FAQs
What if I outlive the term?
Can I take 2,640 forever?
What is the math behind the Annuity Payout Calculator?
Can I compare different scenarios?
Related tools
Pick another tool to continue your calculation.
Future Value of Annuity Calculator
Calculate future value of payment series.
Present Value of Annuity Calculator
Calculate present value of future payment series.
Growing Annuity Calculator
Calculate present value of growing annuity.
Commission Calculator – Sales
Calculate sales commission.
Compound Growth Rate Calculator
CAGR = (ending ÷ beginning)^(1 ÷ years) − 1: 8,000 growing to 15,737 in 10 years is a 7% compound annual growth rate — 1.97× overall.
Compound Cost of Fees
Calculate total cost with recurring compounding fees.