What role does the capex profile play in the returns analysis?
The capex profile is the timing distribution of investment over the hold period. It drives the cash-flow profile and therefore the pace of de-leveraging — and therefore the IRR via the time value of money.
| Profile | Description | Effect on returns |
|---|---|---|
| Front-loaded | high capex in Year 1–2 | slower de-lev early |
| Even | uniform | linear de-lev |
| Back-loaded | high capex in Year 4–5 | faster early de-lev |
| Capex holiday | reduced capex in Year 1–2 | aggressive early de-lev (catch-up risk) |
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| Profile | Y1 | Y2 | Y3 | Y4 | Y5 |
|---|---|---|---|---|---|
| Front-loaded | $15 | $12 | $10 | $8 | $5 |
| Even | $10 | $10 | $10 | $10 | $10 |
| Back-loaded | $5 | $8 | $10 | $12 | $15 |
| Holiday | $4 | $5 | $11 | $14 | $16 |
more cash early means more compounding. Back-loaded and holiday deliver a higher IRR through faster early de-leveraging, but the holiday has catch-up risk in Year 4–5.
the sponsor optimizes for a profile that maximizes early de-leveraging (time value of money) — typically a capex holiday in Year 1, then normalization. Time-value advantage over the hold: 2–3% IRR.
a capex holiday reported as a "one-time saving" but with the later catch-up not planned in. Maintenance vs growth capex not clearly separated — a typical banker question.
Question: "Which capex profile is optimal?"
Answer: "Capex holiday in Year 1 (justified by the carve-out), normalization in Year 2–3. In the middle market, typically 4% capex/revenue in Year 1, then 6% in Year 2+. Time-value-of-money advantage of 2–3% IRR over the hold period"