Finance
Traditional IRA growth
Project a tax-deferred retirement account from annual contributions.
Calculators / Finance / Roth IRA growth
Roth IRA growth calculator
Project tax-free-account growth from regular annual contributions.
On this page
Projected balance426,970.29
Total contributed185,000
Calculator controls
How to calculate
Project tax-free-account growth from regular annual contributions.
Projected balance = current*(1+return/100)^years+annual*((1+return/100)^years-1)/(return/100); Total contributed = current+annual*years
Worked example
Current balance: 10000; Annual contribution: 7000; Annual return (%): 6; Years: 25.
Projected balance: 426,970.29 ; Total contributed: 185,000 .
Assumptions and limits
This is a growth model, not an eligibility or tax calculation. Verify current contribution, income and withdrawal rules with the relevant tax authority.
Results are rounded for display; calculations use unrounded values. Read our calculation methodology.
Understanding the result
Project tax-free-account growth from regular annual contributions. The displayed figures use the inputs and formula shown on this page.
When this tool is useful
Use the roth ira growth to compare a scenario, check an estimate, or verify a manual calculation.
Understanding your inputs
| Input | What to enter |
|---|---|
| Current balance | Enter a number of at least 0 and no more than 1000000000000. |
| Annual contribution | Enter a number of at least 0 and no more than 1000000000000. |
| Annual return (%) | Enter a number of at least 0.000001 and no more than 100. |
| Years | Enter a number of at least 0.01 and no more than 100. |
Frequently asked questions
What should I check before using the roth ira growth result?
This is a growth model, not an eligibility or tax calculation. Verify current contribution, income and withdrawal rules with the relevant tax authority.
Is this roth ira growth result exact?
It is exact for the stated mathematical model and entered values. Real-world results can differ when rates, timing, fees, definitions or measurement conditions differ.