SIP Returns Calculator: LIC MF Nifty 100 ETF

Calculate the future value of your monthly SIP investment in LIC MF Nifty 100 ETF based on historical performance.

NAV: 289.36230Last Updated: 10-02-2026

Wealth Growth Projection

Based on ₹5,000/month SIP for past 5 years

If you had started a monthly SIP of ₹5,000 in LIC MF Nifty 100 ETF 5 years ago, your total investment of 305,000 would now be worth 413,904 today. That is an absolute return of 35.71% and an annualized return (XIRR) of 12.32%.

Understanding SIP Returns for LIC MF Nifty 100 ETF

Systematic Investment Plans (SIP) allow you to invest small amounts periodically (usually monthly) in mutual funds like LIC MF Nifty 100 ETF. This approach helps in instilling financial discipline and taking advantage of Rupee Cost Averaging, where you buy more units when markets are low and fewer when they are high.

Why check historical SIP returns?

Analyzing the historical SIP returns of LIC MF Nifty 100 ETF helps investors understand the consistency of the fund's performance. While past performance is not a guarantee of future results, a fund that has consistently delivered inflation-beating returns over 3-5 year periods is generally considered a strong candidate for long-term wealth creation.

How is XIRR different from CAGR?

For SIPs, XIRR (Extended Internal Rate of Return) is the correct metric to measure performance, not CAGR. Since each installment is invested at a different time, XIRR calculates the annualized return for the entire series of cash flows. The chart above shows the real growth of your money invested in LIC MF Nifty 100 ETF using actual historical NAV data.

Performance Summary

1 Year Return10.95%
3 Year Return11.83%
5 Year Return12.32%
* Returns are calculated using XIRR methodology on historical NAVs.

Fund Facts

  • Category:Other Scheme - Other ETFs
  • Fund House:LIC Mutual Fund
  • Scheme Code:136473
Disclaimer: Mutual Fund investments are subject to market risks, read all scheme related documents carefully. The returns shown above are historical and do not guarantee future performance.