Venture Capital Return Calculator

Individual investment MOICs in venture capital span an enormous range, from 0x (total loss) to 100x+ for exceptional outlier investments. As a benchmark: 1x means return of capital (no gain); 1-3x is below the VC target; 3-5x is a good investment; 5-10x is a great investment; 10x+ is an outstanding investment and often a fund-returner. At the fund level, top-quartile VC funds return 3-5x net MOIC to LPs. The median fund returns approximately 1.5-2x net MOIC — enough to make the asset class worth pursuing given the illiquidity premium, but not dramatically above public equity alternatives over the same period. Net MOIC at the fund level is significantly lower than gross portfolio MOIC due to management fees, carried interest, and the drag of losing investments.

Gross IRR measures the return on the investment portfolio before deducting the venture fund's fees and expenses. Net IRR measures the return actually received by Limited Partners (LPs — the institutional investors in the fund) after deducting management fees (typically 2% per year) and carried interest (typically 20% of profits above the hurdle rate). The difference between gross and net IRR for a typical VC fund is significant — often 5-10 percentage points. A fund reporting a 35% gross IRR might generate only a 25% net IRR for LPs after fees and carry. When evaluating VC fund performance, always use net IRR to compare against public market equivalents and other fund managers.

Carried interest (or carry) is the General Partner's (GP's) share of investment profits — typically 20% of returns above the invested capital (or above a preferred return hurdle, often 8% per year). It is the primary economic incentive for venture fund managers. If a $100M fund returns $350M gross, the GP's 20% carry on the $250M profit is $50M — a significant economic reward for successful fund management. Carried interest is generally taxed at long-term capital gains rates rather than ordinary income rates in the United States, which has been a contentious political issue. The GP's carried interest aligns their incentives with LP investors: both benefit from maximizing exit proceeds.

A VC fund is generally considered successful if it returns the following to its LPs net of fees and carry: 3x+ MOIC is a good fund; 2x is a threshold fund (often the effective break-even when accounting for the illiquidity premium and fund lifecycle of 10-12 years); below 2x means LPs would have done better in public markets. Net IRR benchmarks: top-quartile VC funds historically achieve 20-35% net IRR; median funds achieve 10-15% net IRR. Benchmark sources include Cambridge Associates Venture Capital Index and NVCA/Pitchbook Venture Monitor, which publish quartile performance data by vintage year. Note that performance varies dramatically by vintage year — 2012-2016 vintage funds benefited from the extended bull market of 2017-2021.

Over long periods, top-quartile VC funds significantly outperform public markets. Cambridge Associates data shows top-quartile US VC funds with 2000-2020 vintages returned approximately 3-5x net MOIC, equivalent to 20-35% net IRR — far exceeding the S&P 500's approximately 10% annualized return over the same period. However, the median VC fund barely outperforms public markets after accounting for liquidity (your capital is locked for 10-12 years) and the binary risk of the individual company failures. The key insight is that VC returns are highly skewed: investors who can consistently access top-quartile managers outperform significantly; those investing in median or below-median funds would have been better off in a simple index fund.

The J-curve describes the typical pattern of venture fund net cash flows and returns over its life. In the first 3-5 years, the fund calls capital from LPs and invests it, but has not yet achieved exits — so LPs see negative net cash flows and unrealized losses (due to write-offs of early failures). In years 5-10+, successful investments begin to exit (IPOs, acquisitions), generating cash distributions to LPs that more than offset early losses. Plotting cumulative net cash flows over time produces a J-shape: down first, then up as exits materialize. The J-curve effect means VC fund performance looks terrible in the early years and improves as exits materialize — making early-vintage performance statistics incomplete and potentially misleading.

The power law is the empirical observation that venture capital returns are not normally distributed — they follow an extreme skew where a tiny fraction of investments generate the vast majority of returns. Research by Peter Thiel, empirical data from Horsley Bridge (a major VC fund-of-funds), and Cambridge Associates data consistently show that the top 6-10% of investments in a typical venture portfolio generate 80-100% of total returns. The rest of the portfolio either loses money or generates only modest returns. This power law distribution has profound implications: VCs must invest in companies with the potential to become massive outliers (fund-returners), even at low probability — because the expected value of a 5% chance at a 100x outcome exceeds the expected value of a 90% chance at a 3x outcome when portfolio construction is considered.