There is a way to raise a distribution that needs no new customers, no better margins and no borrowing: spend less on maintenance. The truck that was due to be replaced this year runs another year, the roof is patched, and the software stays on the old version. Cash rises in the year it happens, and the payout rises with it. For a while nobody notices, because equipment does not fail on the day it should have been replaced.
A buyer notices. Its engineer walks the premises, reads the asset register, checks the ages, and concludes that part of the recent distributions was paid for by the fleet, the roof or the software. The buyer deducts what it will cost to catch up, and discounts the payout for having been inflated.
Reinvestment Floor is the driver that stops this. It moves free cash flow to equity less reserves by testing capital spending against a maintenance floor set from the asset register and making good any shortfall before the payout, so that distributions come from cash earned after the asset base has been kept whole.
Where Reinvestment Floor sits
Three drivers decide what stays in the business before anything is called distributable. This essay covers the second.
Free cash flow to equity
- Reserve PolicyDeducts funded reserves under a written rule before anything is called distributable
- Reinvestment FloorThis essayTests capital spending against a floor set from the asset register; only a shortfall comes off
- Retained GrowthGoverns cash held back for growth: its return reported, its stance stated, its end date written
FCFE less reserves
A register priced at today's cost
The floor starts with an asset register. It lists every asset above a stated value, with its age, condition, expected life and replacement cost from a current quote, and for each material asset class the replacement schedule is reviewed by an outside appraiser or by the supplier.
The register is built from the fixed asset ledger and a physical count. Every ledger line is found and inspected; anything found that is not on the ledger is added, and anything on the ledger that cannot be found is written off. The third bridge asked for the same discipline in Asset Stewardship, so a business that crossed it starts with most of the work done. What changes here is what the register is for. It now sets how much the business must spend before it may pay its owners.
Replacement is priced from a dated quote or a published price for each asset class, because the cost that matters is what the business would pay today. Book value and historical cost answer a different question. A machine bought for $200,000 ten years ago may cost $320,000 to replace now, and the $320,000 is what the business will have to find. A register priced this way lets the buyer size its deduction for capital spending on evidence. Without one, it assumes the worst case, and the size of that assumption is the discount.
A floor in the distribution policy
The floor equals the annual replacement schedule. It is reconciled to annual depreciation, with any gap explained, and written into the distribution policy as a test made before the payout ratio is applied. Free cash flow to equity is already after capital spending, so a year that met the floor loses nothing to it, and only a shortfall against the floor comes off.
The floor from the register
Illustrative, with three asset classes. Each class's replacement cost at today's quotes, divided by its remaining life, is what the business must spend each year to keep it; the sum is the floor. Depreciation, charged on historical cost, is usually lower, and the gap is explained in one schedule.
The floor is computed from the register: each asset's replacement cost divided by its remaining life, summed, and recomputed whenever the register changes. In the illustration, a fleet that would cost $600,000 to replace with four years of life left, plant at $1.2 million with eight years left, and software at $90,000 with three years left give a floor of $330,000 a year.
The reconciliation to depreciation fits on one page. Depreciation is what the accounts charge for the assets the business already has, at what they cost when bought. The floor is what the business will have to spend to keep them, at what they cost now. The two rarely agree, and the reconciliation explains the difference asset class by asset class, so that a buyer's team does not simply substitute depreciation for the floor. Depreciation is usually the lower of the two, which is exactly why a buyer reaching for it would overstate the payout.
Once the floor is written into the policy as a step before the ratio, it becomes part of how the payout is computed. A budget line can be squeezed in a tight year. A step in the payout formula cannot be skipped without someone noticing.
A record of spending at the floor
In every recent fiscal year the buyer reads, maintenance spending, recorded separately from growth spending, has to have met or exceeded the floor.
That depends on the capital spending ledger being split in two, with each purchase tagged as maintenance or growth when it is approved, and growth spending needing its own approval and its own return case. The split was first built on the third bridge under Capex Discipline. Here it decides whether the floor was met, since only maintenance counts toward it. The year's spending is also tested against the floor before the year's last distribution. A line on the distribution checklist compares the two, and a shortfall is either spent or reserved before the payout is declared. A record like this tells the buyer that the payout was never paid by letting the asset base run down, which is what lets it treat the payout as lasting.
The early warning
Remaining asset life shows the problem before the spending figures do.
A steady payout, ageing assets
Illustrative. Four years of a business deferring maintenance: distributions held level, maintenance spending sliding under the $330,000 floor from the register, and the average remaining life across the asset register falling.
Distributions, thousands of dollars
Maintenance spending above or below the $330,000 floor, thousands of dollars
Average remaining life of the assets, years
Nothing in the distributions shows the problem. The spending under the floor and the falling remaining life do, years before anything fails, and the remaining life is why the measure is tracked every year.
Show the numbers
| Year | Distributions, thousands of dollars | Maintenance spending above or below the $330,000 floor, thousands of dollars | Average remaining life of the assets, years |
|---|---|---|---|
| Year 1 | $400k | $0k | 5.8 |
| Year 2 | $400k | −$40k | 5.4 |
| Year 3 | $400k | −$80k | 4.9 |
| Year 4 | $400k | −$120k | 4.4 |
The average remaining life across the register is tracked every year. In a business keeping its assets whole it stays roughly level, because assets age and replacements bring the average back. In a business deferring maintenance it falls. In the illustration, distributions hold steady at $400,000 a year while maintenance spending slides from the $330,000 floor to $210,000 and the average remaining life of the assets drops from nearly six years to under four and a half. Nothing about the payout looks wrong, and yet the business underneath it is wearing out. A falling remaining life under a steady payout is the clearest single sign that the assets are funding the distributions, and it appears years before anything fails.
How a buyer's engineer reads it
A yield buyer usually sends a technical or equipment appraiser before it commits, and the work is easy to describe. The appraiser takes the register, walks the site and checks a sample of assets against it: is each one there, is its condition what the register says, is its remaining life plausible? Then the appraiser compares the floor with recent years of maintenance spending, and the floor with depreciation.
If the register matches what the appraiser finds, the floor has been met and the reconciliation explains the gap to depreciation, there is little left to add. If the register does not match, or the floor was missed in a year when the payout was generous, the appraiser produces a catch-up figure. The buyer takes it off the price and discounts the payout for the years it was overstated. The owner's own walk with the register, described below, is a rehearsal of this visit.
What it does to value
Reinvestment Floor ranks eighth on the bridge, and it moves nothing upward. It confirms that free cash flow to equity was computed after real maintenance. A business that has always met its floor gains no cash from the driver. What it gains is a buyer's confidence that its payout is what it appears to be.
The value the framework counts is the deferred maintenance brought back into the payout base: the overstatement of the payout that would otherwise sit in the downside scenario, multiplied by that scenario's probability and discounted. In effect it is the amount a holder would have overpaid for a payout that included money that belonged in the assets.
The operations lead's incentive is built to match. It pays on spending against the floor and on current replacement quotes across the register, rising to the full award at the floor and capped there, so overspending earns nothing extra.
What has to be in place first
The register starts from the fixed asset ledger, so the ledger has to be reconciled to the statements; a ledger that does not tie to the balance sheet produces a register nobody can rely on. Condition and expected life have to be judged by an operations lead who knows each asset class and runs the assets day to day, and not left to the finance team alone. And the budget for an outside review of the material asset classes is agreed before the register is built, so the review is not dropped later to save money.
Knowing that it works
The floor itself is measured first: maintenance spending year to date, reported monthly against it. The share of book value on the register carrying a current replacement quote should cover every asset above the threshold. And the average remaining life across the register is tracked every year.
Walking the premises with the register, the owner should be able to pick a handful of assets, find each one and compare the recorded condition with what is actually there. The owner should also be able to explain the reconciliation between the floor and depreciation in plain terms, without the finance lead, because the buyer's team will ask.
Why it slips, and what holds it
The decay this driver guards against is maintenance deferred to protect the payout. It tempts owners because it works for a while, and because nobody's job depends on noticing.
The floor holds because it is tied to the assets and to the payout. The register is reviewed and the floor reset every year, so the floor follows the assets as they age and cannot fall behind simply by being left alone. And the capital spending test sits on the distribution checklist, so a year with maintenance below the floor cannot end in a full payout unless the board overrides the checklist on the record.