Investment Details

Calculate/Convert CAGR from Total Return
Select the type of return calculation or conversion
Initial Investment ₹1,00,000
₹1K ₹25L ₹50L ₹75L ₹1Cr
Enter the initial investment amount (₹1,000 to ₹1 Crore)
Final/Current Value ₹1,50,000
₹0 ₹50L ₹1Cr ₹1.5Cr ₹2Cr
Enter the current or final value of investment
Investment Period
3 years
years
1 year 8 years 15 years 22 years 30 years
Enter the investment holding period (1 to 30 years)
CAGR (Annualized Return)
14.47%
Total Return
₹50,000
50%
ROI
14.47%
Annual Return
₹50,000
Absolute Return
8.47%
Real Return (Inflation-adjusted)

Performance Metrics

₹1,00,000
Total Invested
₹1,50,000
Current Value
14.47%
Annualized Return
3 years
Holding Period

Return Comparison

Your Investment
14.47% CAGR
Bank FD
7.0% CAGR
Sensex (10Y Avg)
12.0% CAGR
Inflation
6.0% CAGR

Future Projection

5 Years Later

At same CAGR
₹1,96,715
+₹96,715

10 Years Later

At same CAGR
₹3,87,000
+₹2,87,000

20 Years Later

At same CAGR
₹14,97,000
+₹13,97,000

₹1 Cr Target

Years needed
17 years
From ₹1L

Investment Analysis

Your investment of ₹1L grew to ₹1.5L in 3 years, delivering 14.47% annualized returns. This outperforms bank FDs (7%) and beats inflation (6%). Consider continuing or increasing this investment.

About Investment Return Converter

The Investment Return Converter helps you calculate and compare different investment performance metrics including ROI, CAGR, annual returns, and absolute returns. Understand your investment performance and make informed decisions.

Key Investment Return Metrics

CAGR (Compound Annual Growth Rate)

The annualized rate of return assuming investment grows at a steady rate each year.

Formula: CAGR = (EV/BV)^(1/n) - 1
Example: ₹1L to ₹1.5L in 3 years = 14.47% CAGR
Best for: Comparing investments with different time periods

ROI (Return on Investment)

Percentage gain or loss relative to the initial investment amount.

Formula: ROI = (Gain from Investment - Cost of Investment) ÷ Cost of Investment
Example: ₹1L to ₹1.5L = 50% ROI
Best for: Simple profitability comparison

Annual Return

The return earned each year, can be simple or compounded.

Formula: Annual Return = (End Value ÷ Start Value)^(1/Years) - 1
Example: 14.47% annual return for 3 years
Best for: Year-by-year performance analysis

Absolute Return

Total gain or loss in absolute rupee terms, regardless of time period.

Formula: Absolute Return = Final Value - Initial Investment
Example: ₹1L to ₹1.5L = ₹50,000 absolute return
Best for: Understanding total monetary gain

Conversion Formulas

Conversion Formula Example When to Use
ROI to CAGR CAGR = (1 + ROI)^(1/n) - 1 50% ROI in 3 years → 14.47% CAGR When comparing investments of different durations
CAGR to ROI ROI = (1 + CAGR)^n - 1 14.47% CAGR for 3 years → 50% ROI When calculating total return over period
Annual to CAGR CAGR = Annual Return (if consistent) 15% annual → 15% CAGR When returns are consistent each year
Absolute to ROI ROI = Absolute Return ÷ Initial Investment ₹50K gain on ₹1L → 50% ROI When you know total gain amount
Nominal to Real Real Return = (1 + Nominal) ÷ (1 + Inflation) - 1 15% nominal, 6% inflation → 8.49% real When considering purchasing power

Benchmark Returns Comparison

Savings Account
3-4%
Very Low Risk
High Liquidity
Emergency funds, short-term
Fixed Deposits
5-7%
Low Risk
Medium Liquidity
Conservative investors, seniors
Debt Funds
6-8%
Low-Medium Risk
High Liquidity
Short to medium term goals
Balanced Funds
9-12%
Medium Risk
Medium Liquidity
Medium term goals (3-5 years)
Equity Funds
12-15%
High Risk
Medium Liquidity
Long term goals (5+ years)
Direct Stocks
15%+
Very High Risk
High Liquidity
Experienced investors, high risk tolerance

Investment Strategy Tips

Goal-Based Investing

  • Emergency Fund: 6 months expenses in liquid assets
  • Short-term Goals (1-3 years): Debt funds, FDs
  • Medium-term Goals (3-7 years): Balanced funds, hybrid
  • Long-term Goals (7+ years): Equity funds, stocks
  • Retirement: Diversified portfolio with NPS, EPF

Risk Management

  • Diversification: Spread across asset classes
  • Asset Allocation: Match allocation to goals & risk
  • Rebalancing: Regular portfolio adjustment
  • Risk Assessment: Understand your risk tolerance
  • Insurance: Protect against unforeseen events

Performance Analysis

  • Regular Review: Quarterly or half-yearly
  • Benchmark Comparison: Compare to relevant indices
  • Risk-Adjusted Returns: Consider Sharpe ratio
  • Tax Efficiency: Consider after-tax returns
  • Cost Analysis: Watch expense ratios, fees

Tax Planning

  • Tax-Saving Investments: 80C, 80D deductions
  • Long-term Capital Gains: Lower tax rates
  • Tax-Loss Harvesting: Offset gains with losses
  • Retirement Accounts: NPS, PPF tax benefits
  • Dividend vs Growth: Consider tax implications

Rule of Thumb Calculations

Rule of 72
Years to double = 72 ÷ Annual Return %
At 12% return: 72 ÷ 12 = 6 years to double
Rule of 114
Years to triple = 114 ÷ Annual Return %
At 12% return: 114 ÷ 12 = 9.5 years to triple
Rule of 144
Years to quadruple = 144 ÷ Annual Return %
At 12% return: 144 ÷ 12 = 12 years to 4x
4% Withdrawal Rule
Safe withdrawal = Portfolio × 4% annually
₹1Cr portfolio → ₹4L/year safe withdrawal
Note: This calculator provides estimates based on historical data and standard investment formulas. Past performance is not indicative of future results. Investment returns are subject to market risks. Always consider your risk tolerance, investment horizon, and financial goals before investing. Consult with a qualified financial advisor for personalized investment advice.

What is the difference between ROI and CAGR?

ROI shows total return percentage over the entire period. CAGR shows the annualized rate of return assuming steady growth each year. For multi-year investments, CAGR is better for comparison.

How to calculate CAGR?

CAGR = (Ending Value ÷ Beginning Value)^(1 ÷ Number of Years) - 1. Multiply by 100 to get percentage. Example: ₹1L to ₹1.5L in 3 years = (1.5/1)^(1/3)-1 = 14.47% CAGR.

What is a good investment return?

A good return beats inflation (6%) and relevant benchmarks. 12-15% from equity investments over long term is good. 7-9% from balanced funds is reasonable. Higher returns usually come with higher risk.

How to calculate real returns?

Real Return = (1 + Nominal Return) ÷ (1 + Inflation Rate) - 1. Example: 15% nominal return with 6% inflation = (1.15 ÷ 1.06) - 1 = 8.49% real return.

What is the Rule of 72?

Rule of 72 estimates years to double your money: 72 ÷ Annual Return %. Example: At 12% return, money doubles in 72 ÷ 12 = 6 years. This assumes compound interest.