MOIC, or Multiple on Invested Capital, is the most intuitive performance metric in private equity and venture capital. The formula is simple: Total Value / Total Invested Capital. If a fund draws $100M in capital calls and generates $300M in total value, the MOIC is 3.0x. That “total value” figure combines realized returns (cash already distributed to LPs) and unrealized value (the current marked value of companies still in the portfolio). The distinction matters. A fund quoting a 3.0x MOIC where 2.5x is realized and 0.5x is unrealized tells a very different story than one where the split is reversed.
Every LP deck, every quarterly report, every placement memo leads with MOIC because it answers the question allocators care about most: how much money did you make on the money I gave you? IRR gets more attention in academic circles and fee negotiations, but MOIC is what sticks in an investment committee’s memory. When a pension fund CIO presents to their board, “Fund III returned 2.8x net” lands faster than “Fund III generated a 22% net IRR.” Both matter. But the multiple is the anchor.
MOIC Formula
The MOIC formula has two components:
MOIC = Total Value / Total Invested Capital
Breaking that down:
- Total Value = Cumulative Distributions + Residual (Unrealized) Value
- Total Invested Capital = The total capital drawn from LPs via capital calls
The numerator captures everything the fund has produced. Distributions include cash from exits, dividend recaps, refinancings, and any other cash returned to investors. Residual value is the GP’s current fair market value estimate of companies still in the portfolio. That estimate follows ASC 820 or IPEV guidelines, but it is still a judgment call, which is why sophisticated LPs discount unrealized marks.
The denominator is not the total capital commitment. It is the capital actually called. If LPs committed $500M but the GP has only drawn $350M, the MOIC denominator is $350M. This distinction trips up junior analysts regularly. A fund in its investment period with $150M still uncalled is measuring MOIC on deployed capital, not committed capital.
One nuance: MOIC does not account for the time value of money. A 2.0x over three years and a 2.0x over twelve years produce the same MOIC. That is precisely why you need IRR alongside it. But for pure wealth creation measurement, MOIC is unambiguous.
Worked Examples
Example 1: Buyout Fund
A mid-market leveraged buyout fund raises $800M. Over its investment period, it calls $760M (leaving $40M in reserve for follow-ons). By Year 8:
- Realized distributions from five exited deals: $1.14B
- Remaining portfolio (three companies) marked at $380M
- Total Value = $1.14B + $380M = $1.52B
- Gross MOIC = $1.52B / $760M = 2.0x
After deducting $152M in cumulative management fees and $190M in carried interest:
- Net Total Value = $1.52B - $152M - $190M = $1.178B
- Net MOIC = $1.178B / $760M = 1.55x
That 0.45x gap between gross and net is typical. LPs who see a 2.0x gross and assume they are getting close to 2.0x net are in for a surprise.
Example 2: Venture Capital Fund
A Series A venture capital fund raises $150M. It calls the full $150M over three years across 25 investments. By Year 10:
- One breakout company returned $375M at exit (2,500% on that single deal’s cost basis)
- Four moderate winners returned a combined $120M
- Twelve companies returned partial capital totaling $45M
- Eight companies were written off completely
- Remaining portfolio (two late-stage holds) marked at $60M
- Total Value = $375M + $120M + $45M + $60M = $600M
- Gross MOIC = $600M / $150M = 4.0x
This is a top-decile VC outcome, and it illustrates the power law perfectly. One deal drove 62.5% of total value. Without that single winner, the fund would have returned roughly $225M, or 1.5x gross, which is barely median.
Example 3: Real Estate Fund
A value-add real estate fund raises $400M. It calls $380M to acquire twelve properties. By Year 7:
- Nine properties sold for combined net proceeds of $410M
- Three remaining properties appraised at $185M
- Total Value = $410M + $185M = $595M
- Gross MOIC = $595M / $380M = 1.57x
Real estate funds typically operate at lower multiples than buyout or VC because they use property-level debt rather than fund-level equity to amplify returns. A 1.5x to 1.8x net MOIC on a core-plus or value-add strategy is solid. The IRR might be 12% to 15%, which looks attractive relative to the risk profile and the shorter duration.
Gross vs Net MOIC
Fund managers report MOIC at multiple levels. Gross MOIC reflects portfolio performance before fees and carried interest. Net MOIC is what LPs actually receive after the GP takes their carry and management fees are deducted. The gap between gross and net is always significant, and it widens as performance improves because carry is a percentage of profits.
Here is how the math works on a $500M fund with standard 2/20 terms:
Scenario A: 2.0x Gross MOIC
- Gross value: $1.0B
- Management fees over 10 years (~1.75% blended): $87.5M
- Gross profit: $500M. Carry at 20% above an 8% preferred return: ~$82.5M
- Net to LPs: $1.0B - $87.5M - $82.5M = $830M
- Net MOIC: $830M / $500M = 1.66x
Scenario B: 3.0x Gross MOIC
- Gross value: $1.5B
- Management fees: $87.5M
- Gross profit: $1.0B. Carry at 20%: ~$182.5M
- Net to LPs: $1.5B - $87.5M - $182.5M = $1.23B
- Net MOIC: $1.23B / $500M = 2.46x
Notice the pattern. At 2.0x gross, the gross-to-net erosion is 0.34x. At 3.0x gross, the erosion is 0.54x. Carry takes a bigger absolute bite as returns increase. This is why LPs negotiate hurdle rates, catch-up provisions, and sometimes tiered carry structures in their LPAs.
Some GPs compound the confusion by quoting “gross MOIC before fees” in their marketing materials while burying the net figures in appendices. Experienced allocators have seen this trick enough times that leading with gross without immediately contextualizing net is a yellow flag.
MOIC Benchmarks by Strategy
Benchmarks are meaningless without strategy context. A 1.5x in one strategy is disappointment. In another it is outperformance. Here are the ranges institutional LPs typically use when underwriting, based on historical data from Cambridge Associates, Preqin, and Burgiss:
Buyout
- Top quartile net MOIC: 2.0x+
- Median net MOIC: 1.5x to 1.7x
- Bottom quartile: below 1.3x
- Large-cap buyout funds tend to cluster tighter around the median. Mid-market and lower mid-market show more dispersion.
Venture Capital
- Top quartile net MOIC: 3.0x+
- Median net MOIC: 1.2x to 1.8x
- Bottom quartile: below 1.0x (capital loss)
- VC returns follow a power-law distribution. The top decile can return 5x to 10x or more. The median is often underwhelming, which is why LP selection skill matters most in venture.
Growth Equity
- Top quartile net MOIC: 2.2x to 2.8x
- Median net MOIC: 1.5x to 1.9x
- Growth sits between buyout and VC in both return profile and risk. Lower entry multiples than late-stage VC, less leverage than buyout.
Real Estate (Value-Add)
- Top quartile net MOIC: 1.7x to 2.0x
- Median net MOIC: 1.3x to 1.5x
- Core real estate targets even lower multiples, often 1.2x to 1.4x, compensated by current yield.
Credit / Direct Lending
- Top quartile net MOIC: 1.3x to 1.5x
- Median net MOIC: 1.1x to 1.3x
- Credit funds generate returns primarily through yield, not capital appreciation. A 1.3x over five years with most of it realized is a strong outcome.
Infrastructure
- Top quartile net MOIC: 1.5x to 1.8x
- Median net MOIC: 1.2x to 1.5x
- Long duration, stable cash flows, lower volatility. LPs allocate here for diversification and inflation protection, not for high multiples.
These ranges shift by vintage year, fund size, and geography. A European mid-market buyout fund has different benchmarks than a US mega-cap buyout fund. Always compare within the right peer set.
MOIC vs IRR vs DPI vs TVPI
These four metrics form the core of LP performance analysis. Each measures something different, and no single metric tells the full story.
| Metric | What It Measures | Formula | Strengths | Limitations |
|---|---|---|---|---|
| MOIC | Total value creation as a multiple of invested capital | Total Value / Invested Capital | Simple, intuitive, hard to game with timing | Ignores time value of money; unrealized marks can inflate it |
| IRR | Annualized time-weighted rate of return | Discount rate that sets NPV of cash flows to zero | Captures time efficiency; industry standard for comparison | Highly sensitive to early cash flows; subscription lines can inflate it; assumes reinvestment at IRR |
| DPI | Cash actually returned to LPs relative to invested capital | Cumulative Distributions / Paid-In Capital | Shows real, realized returns; cannot be gamed with paper marks | Ignores unrealized value; penalizes funds still in investment period |
| TVPI | Total value (realized + unrealized) relative to paid-in capital | (Distributions + NAV) / Paid-In Capital | Comprehensive view of both realized and unrealized | Relies on NAV estimates that may not reflect exit values |
In practice, MOIC and TVPI often produce identical or very similar numbers. The difference is subtle: MOIC uses total invested capital (what was put to work in deals) while TVPI uses paid-in capital (what LPs actually wired). In most mature funds these converge, but during the investment period they can diverge if there are meaningful fee offsets or recycling.
When to use which:
- Fundraising deck to an LP: Lead with net MOIC and net IRR together. Add DPI to show realization.
- Evaluating a fund mid-life (Year 5 of 10): Weight DPI heavily. Paper marks are nice, but cash returned is proof.
- Comparing two funds of different durations: IRR normalizes for time, but check MOIC to make sure the IRR is not being driven by one quick exit on a small amount of capital.
- Final assessment of a fully liquidated fund: DPI is the only metric that matters. Everything else is academic once all the cash is back.
MOIC to IRR Conversion Table
One of the most common questions in fund performance analysis is how a given MOIC translates to an IRR. The answer depends entirely on holding period. The table below shows approximate IRR for various MOIC and holding period combinations, assuming a single investment and exit (no interim cash flows). Real fund IRRs differ because capital is called and distributed over time, but this table provides a useful reference point for quick mental math.
| MOIC | 3 Years | 4 Years | 5 Years | 7 Years | 10 Years |
|---|---|---|---|---|---|
| 1.3x | 9.1% | 6.8% | 5.4% | 3.8% | 2.7% |
| 1.5x | 14.5% | 10.7% | 8.4% | 5.9% | 4.1% |
| 1.8x | 21.6% | 15.8% | 12.5% | 8.8% | 6.1% |
| 2.0x | 26.0% | 18.9% | 14.9% | 10.4% | 7.2% |
| 2.5x | 35.7% | 25.7% | 20.1% | 14.0% | 9.6% |
| 3.0x | 44.2% | 31.6% | 24.6% | 17.0% | 11.6% |
| 4.0x | 58.7% | 41.4% | 32.0% | 21.9% | 14.9% |
| 5.0x | 71.0% | 49.5% | 38.0% | 25.8% | 17.5% |
Reading the table: A 2.0x MOIC over 5 years implies a ~15% IRR. The same 2.0x over 10 years implies only ~7%. This is why time matters so much in fund performance. Two funds with identical MOICs can look dramatically different on an IRR basis depending on how quickly they deployed and returned capital.
Real-world application: When a GP presents a 2.5x gross MOIC on Fund II, the first question to ask is “over what period?” If the fund is 5 years old and the 2.5x includes significant unrealized value, the realized IRR might be much lower than the table suggests because the cash has not actually been returned. If the fund is 7 years old and 2.0x of the 2.5x is DPI, the realized portion alone implies roughly a 10% IRR on the distributed capital, with additional upside from the remaining 0.5x in unrealized holdings.
How LPs Use MOIC in Due Diligence
When an allocator sits down with a GP’s track record, MOIC is usually the first number they examine. But experienced LPs do not just look at the headline figure. They decompose it.
Attribution analysis. LPs break MOIC down by deal to see if returns are concentrated or broadly distributed. A 2.5x fund MOIC driven by one 10x winner and eleven mediocre deals is a very different risk profile than a 2.5x built on eight deals returning between 2.0x and 3.5x. Concentration risk matters because it tells you whether the GP has a repeatable process or got lucky once.
Realized vs unrealized split. A fund claiming 2.8x MOIC where 0.3x is realized and 2.5x is unrealized is mostly a collection of marks. LPs will scrutinize the valuation methodology, ask for comparable transaction multiples, and discount the unrealized portion. The standard LP heuristic: haircut unrealized marks by 15% to 25% depending on the stage of the companies.
Vintage year comparison. Comparing a Fund III from 2012 vintage to a Fund V from 2019 vintage is apples to oranges. The 2012 fund has had time to realize exits. The 2019 fund is still marked-to-model on most of its portfolio. LPs use quartile rankings within the same vintage and strategy to normalize.
Fee and carry impact. Sophisticated LPs rebuild the gross-to-net bridge themselves. They want to see management fees, organizational expenses, transaction fees, monitoring fees, and carry in separate line items. If a GP reports 2.0x gross and 1.5x net, the LP wants to know exactly where that 0.5x went.
Red flags LPs watch for:
- Gross MOIC presented without net MOIC anywhere in the materials
- MOIC increasing quarter-over-quarter on a fund with no realized exits (mark-ups without validation)
- A newer fund with higher MOIC than a more mature fund of the same vintage (usually means aggressive marking)
- MOIC calculated on “invested capital” that excludes write-offs or abandoned deals
- Inconsistent definitions of “invested capital” between funds in the same series
Common MOIC Manipulation Tactics
MOIC is harder to game than IRR, but it is not immune. Here are the tactics LPs watch for:
Subscription line timing. Subscription lines of credit allow GPs to fund deals before calling capital from LPs. While this primarily inflates IRR (by compressing the time between cash outflow and inflow), it can also affect MOIC if the GP uses the line to avoid calling capital that would otherwise increase the denominator. Some GPs keep subscription lines outstanding longer than operationally necessary, which reduces paid-in capital and inflates TVPI/MOIC on a paid-in basis.
Capital recycling. Recycling early exit proceeds instead of distributing them allows a GP to deploy more total capital than the fund size. If a $500M fund recycles $150M, it deploys $650M but MOIC is measured on $500M. When recycled capital generates returns, the multiple looks inflated relative to the LP’s actual exposure. Recycling provisions in the LPA typically cap this at 10% to 25% of commitments, but LPs should ask what percentage of invested capital comes from recycled proceeds.
Aggressive fair market value marks. Unrealized MOIC is only as good as the marks behind it. GPs have discretion in valuing portfolio companies, especially at early stages before a subsequent funding round or comparable transaction provides a market reference point. Marking a company up based on “comparable public company multiples” when the company has not hit its milestones is a way to show a higher MOIC on paper. LPs mitigate this by comparing GP marks to subsequent transaction prices. If a GP consistently marks at or above where the next buyer transacts, the marks are likely aggressive.
Excluding write-offs from invested capital. Some GPs calculate MOIC using only the capital invested in “active” deals, excluding amounts invested in companies that were later written off. This reduces the denominator and inflates the multiple. The correct approach is total capital called, including investments that went to zero.
Holding period extension. Keeping a winning deal longer than optimal can increase MOIC (the value keeps growing) even if the incremental return per year of holding is declining. This sacrifices IRR for a higher multiple. Some GPs do this intentionally when fundraising because a higher MOIC on Fund II looks better in the Fund III pitch, even if the IRR on that marginal year of holding was below the fund’s cost of capital.
MOIC by Vintage Year
Vintage year is one of the most important variables in fund performance, and it explains a large share of MOIC variance across the industry.
Funds that deploy capital at cyclical lows tend to produce higher MOICs simply because they are buying assets at lower entry prices. The 2009 and 2010 vintage buyout funds are a textbook example. They invested when valuations were depressed coming out of the financial crisis, and they exited into a bull market. Median buyout MOIC for 2009 vintage funds landed around 1.9x to 2.1x net, significantly above the longer-term median.
Conversely, the 2006 and 2007 vintages invested at peak valuations, faced the crisis mid-hold, and many funds struggled to return capital. Median buyout MOIC for 2007 vintage was closer to 1.3x to 1.5x net.
The 2019 through 2021 vintages present a more complex picture. Funds that invested early in 2019 caught a brief dip and then rode a massive expansion. Late 2020 and 2021 vintages paid historically high entry multiples. As of early 2026, many of those funds show strong MOIC on paper (unrealized), but the DPI is low because the exit environment has been constrained. LPs are watching whether those marks survive the realization process.
This is why comparing MOIC across vintage years without context is misleading. A 1.7x net on a 2007 vintage is arguably more impressive than a 2.0x net on a 2010 vintage, because the former had to navigate a crisis while the latter had the tailwind of a cycle low.
When evaluating a GP’s track record across multiple funds, LPs normalize by vintage. They plot each fund’s net MOIC against the quartile benchmark for that strategy and vintage. A GP that consistently lands in the top quartile across vintages, through both good and bad markets, demonstrates real skill. A GP that had one great fund in a great vintage and two average funds in average vintages might just be a beta surfer.
Why MOIC Persists as the Anchor Metric
For fund managers building track records, MOIC is often the number LPs remember. It is concrete, easy to compare, and relatively hard to manipulate compared to IRR. When you sit across from an allocator and say “we returned 2.8x net on Fund II,” that number sticks. It does not require explanation about discount rates or compounding assumptions. It does not change based on the timing of capital calls.
The metric has its limits. It does not capture time efficiency, it can be inflated by unrealized marks, and it does not distinguish between a fund that returned capital quickly and one that locked it up for a decade. But paired with IRR, DPI, and vintage context, MOIC remains the foundational metric in every LP due diligence process, every quarterly report, and every fundraising deck. It is the answer to the simplest and most important question in fund investing: how many dollars came back for every dollar that went in?
Frequently Asked Questions
How do you calculate MOIC?
MOIC equals Total Value divided by Total Invested Capital. Total Value includes both realized proceeds (distributions from exits) and unrealized value (the current fair market value of remaining portfolio companies). If a fund invested $100M and the portfolio is now worth $250M across distributions and remaining holdings, the MOIC is 2.5x.
What is a good MOIC for a private equity fund?
For buyout funds, top-quartile performance typically lands around 2.0x or higher. Venture capital benchmarks are wider because return distributions are more skewed. A top-quartile VC fund might return 3.0x or above, but median VC funds often fall below 2.0x. Context matters: a 2.5x on a $2B buyout fund is exceptional, while a 2.5x on a $50M seed fund may be average.
What is the difference between MOIC and IRR?
MOIC tells you how much total value was created relative to capital invested. IRR tells you how fast that value was created on an annualized basis. A fund returning 2.0x in three years has a much higher IRR than one returning 2.0x in ten years, even though the MOIC is identical. LPs use both together because MOIC shows magnitude while IRR shows velocity.
What MOIC do LPs expect?
Expectations vary by strategy and fund size. Most institutional LPs underwriting a buyout fund model a base case of 1.8x to 2.2x net. For venture, LPs need to see 3.0x or higher potential because median VC outcomes are weaker and the dispersion is wide. Growth equity sits between the two, usually around 2.0x to 2.5x net. Infrastructure and credit funds target lower multiples, often 1.3x to 1.6x, but compensate with yield and shorter duration.
Can MOIC be negative?
No. MOIC cannot go below 0.0x because you cannot distribute negative cash. The floor is 0.0x, which would mean a total loss of invested capital. A fund that returns less than invested capital shows a MOIC below 1.0x. For example, a fund that invested $100M and returned only $60M has a 0.6x MOIC, meaning LPs lost 40 cents on every dollar.
How does recycling affect MOIC?
Capital recycling allows a GP to reinvest early exit proceeds rather than distributing them, effectively deploying more than the stated fund size. This can inflate MOIC because the denominator (total invested capital drawn from LPs) stays the same while the GP puts more dollars to work. A $500M fund that recycles $100M in early proceeds invests $600M total but the MOIC is calculated on the $500M drawn from LPs. If the recycled capital generates returns, MOIC looks higher than it would without recycling.
What is gross vs net MOIC?
Gross MOIC measures portfolio performance before any fees or carried interest are deducted. Net MOIC is what LPs actually receive after management fees, fund expenses, and carry are subtracted. The gap can be substantial. A 2.5x gross MOIC might translate to a 1.8x to 1.9x net MOIC depending on fee structure and carry terms. LPs always focus on net because that is the number that hits their account.
MOIC vs IRR which is better?
Neither is better in isolation. MOIC measures total value creation regardless of time. IRR measures annualized return velocity. A 3.0x MOIC over four years is outstanding. A 3.0x MOIC over fifteen years is mediocre on an IRR basis but still tripled your money. LPs use both together, plus DPI to see how much is actually realized. The best practice is to evaluate MOIC for magnitude, IRR for efficiency, and DPI for cash-in-hand reality.
What is a 3x MOIC?
A 3x MOIC means the fund returned three dollars for every dollar of invested capital. If LPs committed and drew down $200M, a 3x MOIC means $600M in total value was created. Whether that $600M is mostly realized (cash distributed) or unrealized (paper marks on companies still held) matters enormously. A 3x with high DPI is proven. A 3x built mostly on unrealized marks is a projection until exits happen.
What does MOIC stand for?
MOIC stands for Multiple on Invested Capital. It is the most widely used return multiple in private equity, venture capital, real estate, and other private fund strategies. The metric expresses how many dollars of total value were generated for every dollar invested. A 2.5x MOIC means the fund created $2.50 in value for every $1.00 of capital deployed.
How do you convert between MOIC and IRR?
The relationship between MOIC and IRR depends on the holding period. For a simple lump-sum investment and exit, IRR equals (MOIC ^ (1/years)) - 1. A 2.0x MOIC over 5 years implies roughly a 15% IRR. A 2.0x over 3 years implies roughly 26%. In practice, private fund cash flows are irregular (multiple capital calls and distributions over time), so the conversion is more complex and requires modeling the actual cash flow timing. As a rough guide: 2.0x in 4 years is approximately 19% IRR, 2.5x in 5 years is approximately 20% IRR, and 3.0x in 5 years is approximately 25% IRR.
