What it does
Estimates the future value of a monthly SIP and splits the outcome into invested amount and growth. This matches the common SIP return flow used on calculator portals.
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Estimates the future value of a monthly SIP and splits the outcome into invested amount and growth. This matches the common SIP return flow used on calculator portals.
Future value is calculated using the effective monthly rate, not a flat annual division. That keeps the projection closer to real monthly compounding.
The chart compares total invested amount versus estimated returns and the final corpus.
Projects a step-up SIP where the contribution increases by a fixed percentage every year.
Each yearβs SIP is stepped up, then compounded monthly at the expected rate to estimate the final corpus.
The chart shows how incremental SIP growth can magnify the final corpus versus total invested money.
Finds the initial monthly SIP required to target a future corpus with annual SIP step-ups.
The goal amount is discounted using the expected return and the SIP is iteratively adjusted until the target is met.
The chart shows the invested amount against the target and the projected gain.
Calculates the monthly SIP needed to reach a target amount.
The target future value is converted into an equivalent SIP at the expected return.
The chart highlights how much of the final amount comes from your contributions and how much comes from growth.
Back-solves the single lumpsum needed now to meet a future goal at the expected return.
Present value is found by discounting the future target at the assumed annual return rate.
The chart compares the lumpsum required today with the future target amount.
Estimates future corpus, total gain, and the split between invested capital and growth.
Future value is calculated by compounding the principal annually at the selected return rate.
The chart shows principal versus growth, making the compounding effect easy to read.
Tracks how a corpus behaves when a fixed monthly withdrawal is made while the remaining balance still earns returns.
Each month the withdrawal is reduced from the corpus, then the remaining amount is grown at the monthly return rate.
The chart shows how much balance remains after withdrawals and compounding.
Models a transfer from the source fund to the target fund and tracks the value in both legs.
The source corpus is reduced by monthly transfers while both funds continue compounding at their respective return rates.
The chart compares remaining source balance with the growing target fund value.
Estimates future monthly expenses, corpus required, and the monthly SIP needed to fund retirement.
Future expenses are inflated to retirement age, then the retirement corpus is calculated based on life expectancy and post-retirement growth.
The chart presents the retirement corpus requirement against the investing effort needed to reach it.
Projects the future cost of education using inflation, then estimates the SIP and lumpsum needed to fund it.
The present cost is inflated to the education year, then discounted against investment returns to derive funding needs.
The chart compares the future education need with the funding path required to reach it.
Calculates the monthly SIP needed to build a target corpus, usually framed around a βΉ1 crore milestone or any custom amount.
The target wealth amount is inflated to the future date and then converted into a required SIP at the expected return.
The chart shows contributions versus growth toward the wealth milestone.
Projects a goalβs future cost and shows monthly SIP and lumpsum options to fund it.
Current goal cost is inflated over time, then discounted by the investment return to estimate the required savings strategy.
The chart gives a visual split between required funding and the goal value.
Suggests a diversified allocation across equity, debt, and gold based on age and risk profile.
Allocation bands are derived from the investor profile and then applied to the investment amount.
The chart shows the proposed portfolio split across asset classes.
Discounts a future corpus back to todayβs value using the chosen inflation rate.
Present value equals future value divided by the inflation growth factor over the selected years.
The chart highlights the erosion between future value and todayβs equivalent value.
EMI means Equated Monthly Installment, the fixed payment made every month toward principal and interest together.
The EMI is derived from the loan amount, monthly interest rate, and tenure using the standard amortization equation.
The chart breaks the loan into principal versus total interest payable.