Recurring investing
Regular contributions reduce the importance of choosing one perfect entry date and make the plan easier to sustain.
CONTRIBUTE. COMPOUND. REPEAT.
Project how an initial investment and monthly contributions could grow over time.
| Period | Final balance | Total contributions | Growth / interest |
|---|---|---|---|
| 12 months | $16,856.22 | $16,000.00 | $856.22 |
| 24 months | $24,174.03 | $22,000.00 | $2,174.03 |
| 36 months | $31,984.51 | $28,000.00 | $3,984.51 |
| 48 months | $40,320.83 | $34,000.00 | $6,320.83 |
| 60 months | $49,218.40 | $40,000.00 | $9,218.40 |
| 72 months | $58,714.99 | $46,000.00 | $12,714.99 |
| 84 months | $68,850.94 | $52,000.00 | $16,850.94 |
| 96 months | $79,669.30 | $58,000.00 | $21,669.30 |
| 108 months | $91,216.00 | $64,000.00 | $27,216.00 |
| 120 months | $103,540.08 | $70,000.00 | $33,540.08 |
Regular contributions reduce the importance of choosing one perfect entry date and make the plan easier to sustain.
A small annual fee can create a meaningful long-term difference because it reduces the capital left to compound.
Inflation-adjusted value expresses future money in approximately today’s purchasing power.
Calculations run entirely in your browser. We apply the formulas shown above to a month-by-month schedule, hold your entered rate constant, and treat every result as an estimate—not a forecast or bank quote.
Test a reasonable range instead of relying on one precise number. Historical averages do not guarantee future results.
No. It applies a constant mathematical return and cannot represent real volatility.
No. Account type and individual tax treatment can materially change after-tax results.