Not investment advice. Educational reading. See Disclaimer.
L.10 · ADVANCED · 4 MIN
MoIC vs IRR: Drivers of Divergence and Choosing the Right Metric
MoIC (Multiple on Invested Capital) and IRR (Internal Rate of Return) are the two canonical performance metrics in private equity, and they measure DIFFERENT things. MoIC measures the absolute multiple of capital returned over capital invested — a pure scale metric. IRR measures the annualized geometric rate of return adjusted for cash-flow timing — a pure efficiency metric. The two can diverge wildly: a 2.0x MoIC over 4 years is roughly 19% IRR; a 2.0x MoIC over 8 years is roughly 9% IRR. A 3.0x MoIC over 3 years is roughly 44% IRR; a 1.5x MoIC over 6 months is roughly 125% IRR. The advanced practitioner reads BOTH metrics together, understands what each one is telling you, and resists the IRR-only or MoIC-only framings that sponsors selectively present.
The dividend-recap mechanic is the cleanest illustration of MoIC-vs-IRR divergence at the deal level. A dividend recap accelerates a portion of the exit value to mid-hold cash distribution; it does NOT change the total MoIC (which is sum of all cash returned / initial check), but it materially LIFTS the IRR (because earlier cash is worth more in IRR math). This is why sponsors love dividend recaps — they shape the IRR curve without requiring operational outperformance. A 3.0x deal exiting at Year 5 produces ~24.6% IRR; the same 3.0x deal with a 0.7x recap at Year 2 and a 2.3x exit at Year 5 produces an IRR closer to 27-29%. The disciplined LP recognizes the IRR lift comes from timing engineering, not from value creation; the MoIC is unchanged.
Use the calculator above to build a sense of how MoIC and IRR diverge across hold periods. Set MoIC = 2.0x and slide hold period from 2 years (IRR = 41.4%) to 8 years (IRR = 9.1%) — same MoIC, IRR varying from 'fund-meeting outcome' to 'barely beats public index'. Now set MoIC = 3.0x at hold = 5 years (IRR = 24.6%) vs MoIC = 2.0x at hold = 3 years (IRR = 26.0%). Same IRR class, very different absolute wealth created ($3 vs $2 per dollar invested). This trade-off is the central PE return-attribution decision: do you want a sponsor that compounds at higher rate over shorter periods, or that compounds at slightly lower rate over longer periods with more absolute wealth at exit? The answer depends on the LP's redeployment opportunity cost.
§ 05
A fund manager pitches a deal: '4.0x MoIC, 25% gross IRR, 8-year hold.' An LP DD analyst challenges the metrics. Is the deal as attractive as it sounds, and what is the structural critique?
§ 06
The 'IRR alone' and 'MoIC alone' framings are both deficient and routinely deployed by sponsors with different agendas. Sponsors with short-hold, high-IRR portfolios (fast-flip strategies) lead with IRR because their absolute wealth creation per deal is thin. Sponsors with long-hold, high-MoIC portfolios (compounders) lead with MoIC because their IRR is compressed by the long lockup. The disciplined LP report shows BOTH metrics side by side, AND adds DPI (distributions to paid-in, the realized-cash measure) and TVPI (total value to paid-in, including unrealized marks) as cross-checks. The MoIC-IRR pair is the right TOP-LEVEL summary; DPI and TVPI are the next-layer reads that distinguish 'realized return' from 'reported return.'
§ 07
An LP is reviewing two funds at their year-7 final reports. Fund X: 2.8x net MoIC, 16% net IRR, 6.5-year average hold. Fund Y: 2.2x net MoIC, 21% net IRR, 4.0-year average hold. The LP can recycle capital at a 14% rate of return on alternative deployments. Which fund created more LP value, and what is the analytic framework?
Five questions · AI feedback
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Sit with the ideas.
Two PE funds publish identical 5-year deal performance on respective portfolio companies: both delivered $300M of equity proceeds on $100M invested. Fund A held the company for 4 years and exited cleanly. Fund B held the company for 6 years with a dividend recap in Year 3 returning $80M to LPs, then exited at year 6 for $220M. Both deals have the same total proceeds ($300M) and same MoIC (3.0x). Compute the IRR for each, name the structural driver of the divergence, and identify when each metric is the right primary read.
