What Gross MOIC Is Required to Deliver a 3x Net Venture Fund Return?
NVCA's 2026 Yearbook, with data provided by PitchBook, is a useful reminder that venture fund outcomes sit inside a concentrated and uneven market. Strong headline markets do not remove the need for fund-level math. A manager has to translate company outcomes into net LP proceeds, rather than relying on attractive marks.
NVCA reported $67 billion of US VC fundraising in 2025, the lowest level in 9 years.
Why 3x Net Requires Almost 4x Gross
In the example used here, a 3.0x net return to LPs requires about 3.92x gross MOIC on the $90 million that is actually invested. The gap comes from $10 million of fees and expenses plus 20% carry on the portfolio profit. Different fund terms will produce a different answer. This is why a manager cannot simply say that a 3x gross portfolio should deliver 3x net. Gross MOIC is measured on invested company cost. Net MOIC is measured on the LP capital paid into the fund. The two denominators are not the same.
Where the Gross-to-Net Gap Comes From
| Item | What it changes | Why the effect can be larger than it first appears |
|---|---|---|
| Management fees | Reduce the capital available for company investments | The portfolio must earn the target from a smaller invested base |
| Fund expenses | Use LP capital without buying portfolio ownership | Legal, audit, administration, and broken-deal costs can add up over a long fund life |
| Carried interest | Shares investment profit with the manager | Carry grows as the portfolio performs, so the gap is largest in a strong fund |
| Recycling | May allow early proceeds to be reinvested | It can increase invested capital, but it may also delay cash distributions |
| GP commitment | Changes how much of the fund is paid by LPs | The legal waterfall and reporting denominator need to match the calculation |
The Denominator Is Easy to Miss
Suppose LPs contribute $100 million and $10 million is used for fees and expenses. The portfolio cost is $90 million. If the companies return $270 million, the gross portfolio MOIC is 3.0x. But the gross value is only 2.7 times the $100 million paid in by LPs before carry. After returning the $90 million of invested cost, the portfolio has $180 million of profit. A 20% carry would take $36 million in this simplified example, leaving $234 million for LPs. That is 2.34x net on the $100 million paid in, not 3.0x. The exact legal waterfall may differ, but the direction is the same.
IRR Can Make the Same Multiple Look Different
MOIC tells the LP how much value was created. IRR adds time. A 3x net outcome received in six years is much stronger on an annualized basis than the same 3x received in twelve years. Neither measure should replace the other. For a young fund, much of TVPI may still be unrealized. LPs should separate DPI from remaining value and ask how old the largest marks are. A high gross MOIC built on one recent financing round is not as firm as cash already distributed.
Terms That Should Be in the Model
- Is the fee charged on commitments, invested cost, or net asset value, and when does it change?
- Which costs sit inside the fund and which are paid by the manager?
- Is carry calculated deal by deal or across the whole fund, and is there a hurdle?
- How much capital can be put back to work and for how long?
- How much of the target return depends on marks rather than exits?
A useful return model should let the LP change each of these inputs. The objective is not one precise gross hurdle. It is to understand the range of gross outcomes needed for the actual terms of the fund to produce the net result being discussed.
Start With the Net Target
A numerical example puts the issue in perspective. A 3x net result on a $100 million fund requires $300 million of net LP value.
In 2025, NVCA reported $217 billion of US VC exit value, 2x 2024 but still 27% of the 2021 peak. Exit conditions can change the timing and realizability of net fund targets.
Gross-to-Net Bridge
A short example shows why. If a $100 million fund uses $10 million for management fees and fund expenses, $90 million is left as invested portfolio cost. To deliver $300 million net to LPs after 20% carry, the portfolio must produce $352.5 million of gross proceeds. That is 3.92x gross MOIC on invested cost and 3.0x net MOIC on LP paid-in capital.
With a $100 million fund, $10 million of fees and expenses, $90 million of invested portfolio cost, and 20% carry, $352.5 million of gross portfolio proceeds leaves $300 million of net LP distributions.
Gross-To-Net Requirement
A 3.0x net LP result can require roughly 3.92x gross MOIC on invested cost once fees and 20% carry are separated.
View bridge data and assumptions
| Item | Amount | Assumption |
|---|---|---|
| LP paid-in capital | $100.0M | Denominator for the 3.0x net LP target. |
| Fees and expenses | -$10.0M | Illustrative 10% aggregate fund-level cost. |
| Invested portfolio cost | $90.0M | $100M paid-in capital less $10M of fees and expenses. |
| Gross portfolio proceeds | $352.5M | 3.92x gross MOIC on $90M of invested portfolio cost. |
| Gross profit | $262.5M | $352.5M of proceeds less $90M of invested portfolio cost. |
| Carry | -$52.5M | 20% of $262.5M gross profit, with no hurdle or catch-up. |
| Net LP distributions | $300.0M | 3.0x net MOIC on $100M of LP paid-in capital. |
Rebuild the Gross-to-Net Bridge
Show the inputs so the investor can check the calculation. Ownership at entry is only the starting point. Option-pool increases, follow-ons, and later rounds can change the stake before exit.
Frequently Asked Questions
Is 3x gross enough for 3x net?
Usually not: A 3x gross portfolio may fall below 3x net once fees, expenses, carry, and unrealized discounts are included.
Should LPs focus on gross MOIC or net MOIC?
Both matter: Gross MOIC tests investment selection. Net MOIC tests what the LP actually receives.
Related Reading
Venture capital fund return sensitivity, MOIC vs IRR, and portfolio plan.