20.11
%
20.11
%
150
%
2.5
x
$15,000.00
$16,105.10
$8,894.90
10.11
%
3.6
years
20.11
%
20.11
%
150
%
2.5
x
$15,000.00
$16,105.10
$8,894.90
10.11
%
3.6
years
The CAGR Calculator (Compound Annual Growth Rate) determines the smooth, annualized rate of return that transforms a beginning investment value into an ending value over a specified time period. CAGR is one of the most widely used metrics in finance for evaluating and comparing investment performance, business growth, and economic trends.
Unlike simple average returns, CAGR accounts for the compounding effect, providing a single growth rate that, if applied consistently each year, would produce the exact same final result. This makes it invaluable for comparing investments with different time horizons, volatile year-to-year returns, or different starting amounts.
For example, if a stock portfolio grows from $10,000 to $25,000 over 5 years, the CAGR is approximately 20.11%. This means the portfolio grew at an equivalent rate of 20.11% per year, even though actual annual returns may have varied significantly. The total return was 150%, and the growth multiple was 2.5x.
CAGR is extensively used in corporate finance to measure revenue growth, earnings growth, and market share expansion. Venture capitalists use it to evaluate startup growth rates, while financial analysts use it to compare fund performance across different time periods. It is also commonly used in economic analysis to track GDP growth, population growth, and inflation trends.
While CAGR is an excellent smoothing metric, it has limitations. It does not capture volatility or risk — two investments with the same CAGR but different year-to-year fluctuations may have very different risk profiles. It also does not account for additional investments or withdrawals during the period. Use CAGR alongside other metrics like standard deviation and maximum drawdown for a complete investment analysis.
The CAGR formula is: CAGR = (End Value / Start Value)^(1/n) - 1, where n is the number of years. This formula finds the constant annual growth rate that would produce the observed total growth.
Total return is: (End - Start) / Start × 100. Growth multiple is: End / Start. These complementary metrics provide different perspectives on the same growth.
A CAGR above 10% is generally considered strong for equity investments. Growth stocks might achieve 15-25% CAGR, while the S&P 500 has historically delivered about 10% CAGR including dividends. A growth multiple above 2x means your money more than doubled over the period.
Inputs
Results
$10K growing to $25K in 5 years
Inputs
Results
$50K to $200K over 15 years
CAGR stands for Compound Annual Growth Rate. It represents the constant annual growth rate that would take an investment from its beginning value to its ending value over a specified period.
Average annual return is the arithmetic mean of yearly returns, which can be misleading. CAGR accounts for compounding and gives the geometric mean — the rate that actually produces the observed growth. CAGR is always lower than or equal to the arithmetic average.
The S&P 500 has historically delivered about 10% CAGR including dividends. A CAGR of 15-20% is considered excellent for individual stocks. Growth companies may achieve 25%+ CAGR during expansion phases.
Yes, if the ending value is less than the beginning value, CAGR will be negative, indicating the investment lost value over the period. For example, going from $10,000 to $7,000 in 3 years gives a CAGR of -11.2%.
CAGR provides a standardized way to compare investment returns across different time periods and asset classes. It smooths out volatility and gives a clear picture of annualized performance.
CAGR accounts for dividends only if they are included in the ending value (total return). If you use price-only values, dividends are excluded. Always specify whether CAGR is price-return or total-return.
CAGR does not show volatility, risk, or the path of returns. Two investments with the same CAGR can have very different risk profiles. It also ignores intermediate cash flows (additional investments or withdrawals).
CAGR is commonly used to measure revenue growth, earnings growth, customer growth, and market share expansion over time. It provides a clearer picture than year-over-year comparisons when growth is uneven.
CAGR is the annualized equivalent of total return. If CAGR is r and time is t years, total return = (1+r)^t - 1. They represent the same growth measured differently.
Yes. CAGR works for any quantity that grows over time — population, website traffic, sales volume, etc. The formula is the same: (End/Start)^(1/years) - 1.
Roboculator Team
The Roboculator Team explains calculations, planning tools, and practical formulas in clear language for real-life situations.
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