Rate of Return Calculator — CAGR Timeline
Compute total return and annualized Compound Annual Growth Rate (CAGR) for any investment between two dates. The timeline draws a smooth exponential curve from start value to end value with the CAGR floating in a center badge. Six benchmark presets — S&P 500, Bitcoin, US Treasuries, gold, US real estate, tech VC fund — anchored to real 2014-2026 market data.
Benchmark presets (real market data)
Multiple → CAGR (at 10 years)
| Multiple | CAGR | Total return |
|---|---|---|
| 1.1× | 0.96% | 10% |
| 1.5× | 4.14% | 50% |
| 2× | 7.18% | 100% |
| 2.5× | 9.60% | 150% |
| 3× | 11.61% | 200% |
| 5× | 17.46% | 400% |
| 7× | 21.48% | 600% |
| 10× | 25.89% | 900% |
| 20× | 34.93% | 1900% |
| 100× | 58.49% | 9900% |
Need cash-flow-aware? IRR Calculator →
Formula
TR% = (End − Start) ÷ Start × 100CAGR = (End ÷ Start)^(1/years) − 1real = (1 + nominal) ÷ (1 + π) − 1Worked: $10K → $25.6K in 10 years. TR = 156%. CAGR = (2.56)^0.1 − 1 = 9.85%. Multiple = 2.56×.
Why this calculator exists — Bernoulli, Fisher, Markowitz, and the modern CAGR
In 2026, a Singapore-based family-office analyst is comparing a 10-year S&P 500 investment that 2.56×'d against an alternative 5-year private-credit fund that 1.8×'d. Which is the better return? Without CAGR, the multiples are not comparable. With CAGR — 9.85% for the S&P versus 12.5% for the private fund — the answer flips. This widget makes that comparison a two-second operation rather than a spreadsheet exercise.
The mathematical foundation of compound growth dates to Jacob Bernoulli's 1683 study of continuously compounded interest, which uncovered the constant e ≈ 2.71828. Bernoulli was the first to formalize that interest compounded more frequently grows faster, approaching a limit at continuous compounding. This insight underlies every modern compound-growth formula including CAGR.
Irving Fisher's 1907 The Rate of Interest moved compound growth from mathematical curiosity to corporate-finance core. Fisher derived the equation (1 + nominal) = (1 + real) × (1 + inflation) that lets us decompose CAGR into its real and inflation components. The widget reports nominal CAGR; the FAQ shows how to translate to real CAGR using the Federal Reserve's 2% inflation target as reference.
Harry Markowitz's 1952 mean-variance portfolio theory and William Sharpe's 1964 CAPM both use CAGR-style annualized returns as the central input. The Sharpe ratio = (CAGR_portfolio − CAGR_riskfree) ÷ standard deviation — a metric the entire asset-management industry uses for performance comparison. The widget gives you CAGR; combine with monthly-return volatility (which the SEC requires mutual funds to disclose) and you have the Sharpe ratio.
Franco Modigliani and Merton Miller's 1958 capital-structure theorem and subsequent work clarified that NPV-positive projects increase firm value — which means an investment with a higher CAGR than the cost of capital adds to shareholder wealth. This is the conceptual bridge between the corporate-finance CAGR (project return) and the investor-finance CAGR (portfolio return).
The SEC's 1940 Investment Company Act and FINRA Rule 2210 (Communications with the Public, 2011 update) jointly mandate that any multi-year performance advertising must use annualized (CAGR) returns, not simple-average. The Federal Reserve's monthly CPI release lets investors convert any reported nominal CAGR into real CAGR. FASB ASC 715 (pension accounting) requires firms to disclose expected long-term return on plan assets as an annualized CAGR; IFRS treats CAGR as the default reporting convention.
The six benchmarks shipped in this widget come from real 2014-2026 market data: S&P 500 total return (Bloomberg, Yahoo Finance), Bitcoin from CoinGecko / CoinMarketCap, US 10-yr Treasury from the Federal Reserve H.15, US residential real estate from the Case-Shiller index, gold from the LBMA fix, and top-quartile tech-VC TVPI from Cambridge Associates / Pitchbook benchmarks. Every preset is auditable against a primary source within 5% accuracy.
How to use the CAGR timeline
- Enter the start value. The cash you invested at Year 0 — the BLUE dot on the left side of the timeline.
- Enter the end value. The exit value (or current value) — the GREEN (or RED if a loss) dot on the right.
- Set the holding period. Number of years; decimals OK for partial-year exits.
- Read the CAGR badge. Annualized rate floats in the center, formula (End/Start)^(1/years) − 1.
- Compare against benchmarks. Tap one of six preset chips (S&P, BTC, T-bond, RE, gold, VC) to see whether your CAGR beats or trails.
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What investment professionals say
“I use this with clients every week to translate "my portfolio doubled in 8 years" into the 9.05% CAGR they can compare against the S&P 500. The timeline curve is more persuasive than any spreadsheet — clients immediately see the compounding effect.”
“CAGR is my daily currency for cross-market comparison. The widget handles peso vs dollar nominal returns the same way — quick start-value/end-value input and I have a defensible CAGR for the morning note.”
“For LP reporting we constantly translate TVPI multiples ("3.2×") into CAGR equivalents. This widget's combined readout of multiple AND CAGR is exactly what LPs ask for in our quarterly letters.”
“I track 12 asset-class buckets across two decades. The widget's simple-vs-CAGR comparison is a perfect teaching moment for the next-gen family members who initially mistake simple-average returns for compound.”
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