A SIP vs Lumpsum of ₹12,00,000 for 10 years at 12% grows to ₹37.27 L.
SIP Future Value = P × {[(1 + r)^n − 1] ÷ r} × (1 + r); Lumpsum Future Value = L × (1 + r)^t, compared for the same total amount invested
| Input | Value |
|---|---|
| Total Available Amount | ₹12,00,000 |
| Expected Annual Return | 12% |
| Investment Period | 10 yr |
| Lumpsum Final Value | ₹37,27,018 |
| SIP Final Value | ₹23,23,391 |
| Winner Advantage | ₹14,03,627 |
| Monthly SIP Amount | ₹10,000 |
| Lumpsum Multiplier | 3.11× |
| SIP Multiplier | 1.94× |
What this comparison really tests
Given the same total money, does drip-feeding (SIP) or investing at once (lumpsum) end richer? The calculator runs both against your return assumption — but understand what drives the answer: in a steadily rising market the lumpsum wins (more money invested longer), while in a falling-then-recovering market the SIP wins (later instalments buy cheaper units).
I have ₹20 lakh from a property sale — SIP it over 3 years?
Three years is likely too slow: the un-deployed balance drags at savings/liquid rates while equity compounds, and historical odds favour faster deployment. The standard compromise is an STP over 6-12 months from a liquid fund — most of the timing protection, a fraction of the drag. Reserve multi-year spreading for genuinely elevated personal risk (job loss on the horizon, near-term goals).