Most real estate underwriting stops at two numbers: the cap rate, and the cash-on-cash return after financing. Both can look perfectly normal on a current Las Vegas multifamily deal — and both can hide the fact that the asset doesn't clear its actual cost of capital. This series has applied the same framework to gaming equities like Red Rock Resorts and Boyd Gaming; here it shows exactly where and why the real estate version of that gap opens up.
- Cap rates and the cost of debt have converged. Stabilized Class B Las Vegas multifamily assets are trading at roughly 5.5%–6.5% cap rates while agency debt to finance them costs roughly 5.6%–6.5%+ — a gap that, through most of the 2010s and into 2021, ran the other way by 100–150+ basis points in the investor's favor.
- On this report's illustrative composite deal — a stabilized Class B asset at a 5.8% cap rate, 65% LTV agency debt at 6.0%, and a stated 10% cost of equity — the blended cost of capital is approximately 7.4%, against a 5.8% unlevered return. The spread is roughly −1.6 percentage points: the deal does not clear its cost of capital, despite a cap rate that looks entirely normal by current comps.
- A sensitivity check across the full current cap-rate spectrum (5.0%–8.0%) shows the breakeven point sits at almost exactly 7.4% — meaning, under this report's stated cost-of-equity assumption, only Class C / value-add pricing currently has a realistic chance of clearing a blended institutional cost of capital; Class A and most of Class B do not.
- A simpler, narrower test — cap rate versus cost of debt alone, ignoring equity cost entirely — points the same direction but badly understates it: roughly −0.2 percentage points on the composite deal, against the full test's −1.6.
- The refinance case is the sharper practical risk. A property acquired in 2021 near the cyclical cap-rate trough, financed with debt in the 3% range, could show comfortably positive leverage at origination — the identical property, refinancing today into 6%+ debt with an unchanged yield-on-cost, flips to meaningfully negative leverage without the asset itself having done anything wrong.
- This is a moment-in-time reading, not a permanent condition. At least one national commercial-real-estate research desk is calling for gradual cap-rate compression beginning in 2026 as credit conditions ease — but closing this report's convergence gap requires debt costs to fall faster than cap rates compress, not compression on its own; absent that, the more likely effect is a narrower gap, not a closed one.
- Waiting it out doesn't close the gap quickly either. Holding the composite deal's 7.4% WACC fixed, NOI growth alone needs to run at roughly 4% a year or faster for the property's yield on its original cost to catch up within a typical seven-year hold; at 1%–2% growth, closing the gap takes 12 to nearly 25 years.
- The financing side isn't likely to bail this out either. Debt would need to fall roughly 250 basis points — back toward 2021 levels — before the composite deal clears its cost of capital on rate relief alone, and the evidence available as this report was finalized (a divided Fed, elevated market-implied odds of a September hike, oil-driven inflation risk, a 19-year high on the 30-year Treasury) leans toward rates staying elevated or rising further, not falling, over the near term.
- Open question this report does not resolve: the cost-of-equity input — the single most consequential number in every calculation here — is not a market-quoted rate. This report states its own assumption (10%, the midpoint of a 9%–11% range drawn from current institutional commentary) and shows the sensitivity to that choice explicitly, but a different, equally defensible assumption would move every conclusion.
The findings are summarized above; what follows is the full framework, the current market data behind it, and the worked example, step by step.
- Translating the Framework: ROIC, WACC, and EVA
- The Current Las Vegas Data
- The Convergence, in Historical Context
- Why the Standard Toolkit Gets Riskier
- The Worked Example: A Composite Class B Deal
- Why This Matters for Hold, Sell, and Refinance Decisions
- The Sensitivity
- Growing Into the Gap
- What Happens If Rates Move From Here?
- Application for Family Offices and PE Allocators
- Limitations
- What This Means
- Coming Next
- Sources & Citations
- Glossary of Key Terms
Translating the Framework: ROIC, WACC, and EVA for a Real Estate Asset
This series has applied one consistent lens to gaming equities — does the business earn more on its invested capital than that capital actually costs? The same lens applies directly to a piece of real estate, with one substitution: a cap rate stands in for ROIC.
For a reader who already thinks in appraisal terms rather than corporate-finance ones, none of this is a new technique in disguise: this WACC is the same underlying idea as a real estate band-of-investment overall cap rate — a blend of what debt costs and what equity requires, weighted by how much of the deal each side finances. The one difference is which "cost of debt" goes into the blend, and why; this report's Limitations section explains that choice in full. Worth stating plainly: this WACC is a pre-tax, property-level figure, matching how band-of-investment underwriting is normally done — not the after-tax corporate WACC common in public-equity analysis, where the cost of debt gets a tax-shield adjustment that real estate pass-through entities typically handle differently at the investor level rather than at the property level. This report doesn't attempt that adjustment; see Limitations for why.
The reason this matters more than a simple cash-on-cash calculation is exactly the reason it matters for a company's income statement: accounting profit can look fine while a business earns below its true cost of capital, because accounting profit doesn't charge for the capital tied up in the business. A real estate deal has the identical blind spot. A cash-on-cash return can look acceptable in year one — amortization schedules, interest-only periods, and tax treatment can all mask the underlying economics — while the asset, measured against its full blended cost of capital, is quietly destroying value rather than creating it. The ROIC/WACC/EVA framework exists specifically to catch what a cash-on-cash number, looked at alone, cannot.
One distinction worth holding onto through the rest of this report, because it resurfaces more than once: there are two related but different tests here. The narrower, older test in real estate is simply cap rate versus cost of debt — the classic "positive leverage / negative leverage" question, which determines whether borrowing boosts or drags the levered cash-on-cash return. The broader, stricter test this report is built around is cap rate versus the full blended WACC, which additionally charges the deal for the return equity investors require — a materially higher bar, because equity is riskier than debt and priced accordingly. A deal can pass the first test and still fail the second. As the current data below shows, a Las Vegas multifamily deal today can fail both.
The Current Las Vegas Data: Where Cap Rates and Debt Costs Sit Today
Las Vegas multifamily cap rates, per current CRE broker and Institutional Property Advisors (IPA) commentary, sit in roughly the following ranges by property class:
| Class | Cap Rate Range |
|---|---|
| Class A (newer, prime) | ~5.0%–5.5% |
| Class B (stable, moderate age) | ~5.5%–6.5% |
| Class C / value-add | ~6.5%–8%+ |
| Market-wide average | ~5.4%–5.8% |
| North Las Vegas / older workforce housing | ~6.5%–8.5% |
On the debt side, a well-qualified, stabilized borrower can currently access Freddie Mac multifamily agency financing starting as low as roughly 5.56%–5.8%, depending on the specific loan program and quote date. General commercial mortgage financing in the broader Las Vegas market runs somewhat higher, in the mid-6% range — one broker report explicitly ties that premium to cooling transaction velocity in the current environment. Bridge and value-add debt sits meaningfully higher still, and across a wide band — roughly 5%–12%+ depending on leverage and product — reflecting the added execution risk lenders are pricing into anything short of a stabilized, cash-flowing asset.
Underneath both of these sits the risk-free rate: the 10-year Treasury yield was trading at roughly 4.63%–4.66% on July 29, 2026, the day the Federal Reserve held its policy rate steady and Chair Kevin Warsh struck a notably hawkish tone on inflation risk following a run-up in oil prices tied to Middle East tensions. By month-end, the yield had drifted further to roughly 4.7%, with the 30-year Treasury reaching its highest level since 2007 over the same stretch — a real-time instance of this report's own point about near-term upside risk to the debt-cost side of the equation, not a hypothetical one.
Worth noting without relitigating it here: continued net in-migration to Clark County remains the demand driver most frequently cited across this market's commentary. This author's prior report in this series tested that claim directly against gaming-revenue data and found population headcount alone explains only a modest share of locals-market growth — age composition and new supply did more of the work. Whether the same nuance applies to multifamily rent growth specifically is outside the scope of this report, but it's the same caution: a demand narrative and a data-tested demand driver are not automatically the same thing.
The Convergence, in Historical Context
The core fact this report is built around is not new in kind — it is a return to a relationship that held for most of real estate history, after more than a decade in which it didn't.
Through the 2010s and into 2021, multifamily cap rates sat comfortably above the cost of debt to finance a deal — national cap rates compressed to a historic low near 4.1%–4.3% around 2021, while agency debt was still pricing in the 2.5%–3.5% range. That gap is what made leverage almost automatically accretive in that period: borrowing at a rate well below the asset's unlevered yield mechanically boosted the levered return, regardless of how thin the analysis behind the deal was. It is also, not coincidentally, the environment in which "the cap rate looks fine" and "the deal clears its cost of capital" were almost always the same statement — the gap between the two tests this report distinguishes rarely showed up, because debt was cheap enough to make it academic.
That gap closed fast. As the Federal Reserve moved through its 2022–2023 hiking cycle, debt costs rose faster than cap rates could reprice to match them, and by 2022 the two lines had crossed. National multifamily cap rates rose roughly 125 basis points from 2022 to 2024 — reaching, by some measures, their highest level since 2014 — while debt costs rose further and faster over the same stretch. One national research desk described multifamily cap rates as having remained flat at 5.7% for seven consecutive quarters through early 2026, the longest such stretch in 25 years, while separately projecting gradual cap-rate compression beginning later in 2026 as credit conditions ease. That compression only closes the gap documented here if debt costs fall faster than cap rates compress — the margin between the two has to widen, not just both numbers shrink together. That's roughly what did not happen the last time this cycle ran in reverse: through 2019–2021, cap rates and debt costs compressed in tandem, and the gap between them stayed wide rather than closing, because both sides were moving by similar magnitudes. Whether debt costs actually outpace cap-rate compression this time, rather than simply tracking it, is exactly the kind of forward-looking question this report is not positioned to answer with confidence — see Limitations below.
The practical upshot for today's underwriting: the "deal used to work on leverage almost by default" assumption that shaped a decade of real estate practice no longer holds automatically. It has to be tested, deal by deal, against the current cost of both debt and equity.
Why the Standard Toolkit Gets Riskier as the Spread Narrows
Most real estate underwriting doesn't run a full cost-of-capital calculation. It leans on two simpler tools: comparing a deal's cap rate to market comps, and checking its cash-on-cash return. Neither tool is wrong, exactly — but the convergence documented above changes how much each one can be trusted, and it changes them in different ways.
Cap rate comps carry no financing information at all. A cap rate is a pure unlevered yield; comparing it to market comps answers "is this priced like similar deals," not "does this deal work once financed." For most of the 2010s and into 2021, that omission rarely mattered in practice — debt sat far enough below cap rates (roughly 250–350 basis points, per the chart above) that a deal priced at or near market was almost automatically going to clear its financing cost with room to spare. The comp check was a reasonable proxy for soundness only because the leverage math was quietly doing the work in the background. That's no longer true. A cap rate that checks out perfectly against comps — precisely the composite deal used throughout this report — can now be financed at a rate that destroys value once levered, and a pure cap-rate comparison has no way to surface that.
Cash-on-cash return is a real improvement, but it is more fragile than it looks in exactly this environment. It does subtract debt service, which is more than a bare cap rate does. But two specific weaknesses matter more now than they did when rates were low. First, it is sensitive to which debt-service convention gets used, and that sensitivity scales with the interest rate itself — this report's own composite deal shows roughly 1.5x coverage on an interest-only basis versus roughly 1.24x on a fully-amortizing 30-year basis, a gap that widens further at higher rates and shorter amortization terms. At 3% debt, that shortcut was a small, mostly harmless simplification; at 6%–8%, the same shortcut can turn a marginal or failing deal into one that looks comfortably fine, right when the distinction matters most. Second, cash-on-cash has no hurdle rate built into it. A 3.2% cash-on-cash return — this report's own composite deal, financed at today's rates — is still a positive number, and a quick screen that only checks for a positive result will pass it, without asking whether 3.2% is adequate compensation for real estate equity risk when current commentary puts the actual requirement closer to 9%–11%. Cash-on-cash cannot fail on its own terms, because it was never built to make that comparison.
| Question | Cap Rate Comp | Cash-on-Cash Return |
|---|---|---|
| Accounts for financing at all | No | Yes |
| Sensitive to amortization convention | N/A | Yes — more so as rates rise |
| Compares against a required equity return | No | No |
| Historically reliable because | Debt sat far below cap rates | Even a modest return cleared a low, unstated bar |
The deeper issue isn't really about either method individually — it's about precision. When cap rates sat 250-plus basis points above debt costs, a method with a 20-to-30-basis-point error already baked into its assumptions still pointed to the right conclusion, because there was a wide margin to be wrong inside of. Today, with the true spread on this report's composite deal running anywhere from about −20 basis points (cap rate versus interest rate alone) to −160 basis points (cap rate versus full blended WACC) depending on exactly which inputs and conventions get used, that same size of imprecision can flip the conclusion outright. Convergence doesn't only make deals riskier — it makes sloppy analysis of them riskier, in a way it simply wasn't a few years ago. That is the specific gap the ROIC/WACC/EVA framework used throughout the rest of this report is built to close, starting with the worked example below.
The Worked Example: A Composite Class B Deal
This example is explicitly illustrative — a composite built from the current Las Vegas data above, not a real transaction. Every input is stated plainly so a reader can substitute their own numbers and reach their own conclusion.
| Input | Value | Basis |
|---|---|---|
| Property | Stabilized Class B | Illustrative composite |
| Going-in cap rate | 5.8% | Roughly current market average |
| Financing | 65% LTV | Typical stabilized-asset leverage |
| Cost of debt | 6.0% | Midpoint of current agency loan range |
| Cost of equity | 10% | Stated assumption — see Limitations |
The blended WACC follows directly:
Set that 7.4% blended WACC against the deal's 5.8% going-in cap rate — the unlevered ROIC proxy — and the reveal is direct:
On this composite deal, the asset does not clear its blended cost of capital — despite a cap rate that looks entirely ordinary against current Las Vegas comps, and despite a cash-on-cash return that could still look acceptable in year one once amortization and any interest-only period are factored in. The gap only becomes visible once the WACC side of the equation is built out explicitly — which is the entire point of running the calculation rather than stopping at the cap rate.
It's worth computing the narrower test too, for the composite deal specifically. Comparing the 5.8% cap rate against the 6.0% cost of debt alone — ignoring equity cost entirely — produces a much smaller gap: roughly −0.2 percentage points, precisely the kind of easy-to-miss result the "Why the Standard Toolkit Gets Riskier" section above already flagged. It is the full WACC-based test, charging the deal for what equity investors actually require rather than only what lenders charge, that turns a mild negative into a materially negative one. Both point the same direction; the WACC-based test is simply the stricter and, this report argues, the more complete one.
Both of those are spread calculations — percentage points, not dollars in an investor's pocket. The more direct question is the one that actually matters to an equity holder: if the property performs exactly as underwritten — NOI unchanged, nothing about the asset itself different — how much does the return to equity fall purely because debt got more expensive? Translating the same composite deal into cash terms answers that directly. This is a cash-flow calculation, not an economic-cost one, so it correctly uses the loan's full mortgage constant — interest plus scheduled principal — rather than the interest rate alone.
| Debt Cost | Mortgage Constant† | Levered Cash-on-Cash Yield | vs. 5.8% Unlevered |
|---|---|---|---|
| 3.0% | 5.06% | 7.18% | +1.4 pts |
| 4.0% | 5.73% | 5.93% | +0.1 pts |
| 5.0% | 6.44% | 4.61% | −1.2 pts |
| 6.0% | 7.19% | 3.21% | −2.6 pts |
| 7.0% | 7.98% | 1.74% | −4.1 pts |
| 8.0% | 8.81% | 0.22% | −5.6 pts |
†30-year amortization assumed throughout. Levered cash-on-cash yield = [cap rate − LTV × mortgage constant] ÷ (1 − LTV). That 3.0%-to-6.0% range brackets roughly where agency debt actually traded between 2021 and today, per the convergence chart earlier in this report. Read that way, the table says something more concrete than any spread figure in this report: an investor buying this exact asset in 2021 would have collected a cash-on-cash yield around 7.2%; the identical asset, financed on today's debt costs, pays roughly 3.2% — less than half — with nothing about the property itself having changed. This cash yield also understates total equity return, since it excludes the equity build-up from principal paydown each year — real value, just not cash in an investor's hand that year.
Why This Matters for Hold, Sell, and Refinance Decisions
The clearest practical exposure from everything above isn't a new acquisition decision — it's a refinance decision on an asset that already looks fine on paper.
Consider a property acquired in 2021, near that cycle's cap-rate trough, financed with debt in the 3% range. On a simple cap-rate-versus-debt-cost basis, that was a comfortably positive-leverage deal — borrowing boosted the return, and probably still does today on the original loan. The problem shows up at refinance. The same property, generating the same yield on its original cost basis, refinancing today into agency debt in the 6% range, flips to meaningfully negative leverage — not because the property underperformed, not because the sponsor made a mistake, but purely because the rate environment the debt was priced into has moved. A cash-on-cash return that looked healthy through the hold period can compress sharply the moment the loan comes due, independent of the asset's operating performance.
That has a direct read-through for hold, sell, and refinance decisions being made right now. A hold-versus-sell analysis that only looks at current NOI and a market cap rate is missing the financing-cost half of the picture; a deal that looks fine on an unlevered basis can still face a genuine liquidity or return problem at refinance if the debt maturity lands in a materially higher-rate environment than origination. For a sponsor or family office evaluating an existing hold, running the ROIC/WACC/EVA framework at today's actual refinance terms — not the terms embedded in the existing loan — is the test that would have caught this before it became a maturity-date surprise.
The Sensitivity: Where on the Cap-Rate Spectrum Does a Deal Clear Its Cost of Capital?
The composite deal above uses one specific cap rate — 5.8%, roughly the current market average. It's worth asking a broader question: holding the 7.4% blended WACC fixed, at what cap rate does a deal actually start clearing its cost of capital?
Mapped against the class ranges from the current-data table above, the answer is uncomfortable for anyone underwriting to Class A or Class B pricing: Class A (5.0%–5.5%) and most of Class B (5.5%–6.5%) sit below the 7.4% breakeven under this report's stated cost-of-equity assumption. Only the upper end of Class B and the Class C / value-add range (6.5%–8%+) crosses into territory where the deal, on this framework, actually clears its blended cost of capital — and even there, only the top half of that range does so comfortably.
That is not a claim that Class A and Class B deals are bad investments — total return includes appreciation, rent growth, and tax treatment that this simplified static test doesn't capture, a limitation addressed directly below. It is a claim that the going-in, day-one economics on a large share of current Las Vegas multifamily pricing do not clear a straightforwardly blended institutional cost of capital, and that a buyer underwriting to that pricing is, whether explicitly acknowledged or not, underwriting to future compression in cap rates, growth in NOI, or both — not to the day-one numbers alone.
The sensitivity above holds the WACC fixed and moves the cap rate. It's worth also asking the reverse question: holding the composite deal's 5.8% cap rate fixed, how much would the WACC itself have to move — through a different leverage assumption, a different cost of equity, or both — before the deal actually clears it?
| LTV | Ke = 8.5% | Ke = 10% | Ke = 11.5% |
|---|---|---|---|
| 55% | 7.13% | 7.80% | 8.47% |
| 65% | 6.88% | 7.40% | 7.93% |
| 70% | 6.75% | 7.20% | 7.65% |
Cost of debt held fixed at 6.0% throughout; the 65%/10% cell (7.40%) is the composite deal used elsewhere in this report. The result is not close: even at the most leverage-friendly and equity-cheap corner of this table — 70% LTV and an 8.5% cost of equity, both at the generous edge of what current conditions would actually support — the resulting 6.75% WACC still exceeds the composite deal's 5.8% cap rate. There is no combination in this range where the deal clears its cost of capital on a day-one basis; closing that gap requires either a materially lower cost of equity than current commentary supports, a meaningfully higher going-in cap rate than the market-average pricing used in this composite deal — the sensitivity chart above already shows roughly where on the spectrum that starts to work — or NOI growth, not a more aggressive but still plausible financing assumption.
Growing Into the Gap: How Long Would NOI Growth Take to Close It?
The sensitivity check above is cross-sectional — it asks how the spread looks across different cap rates at a single point in time. It's worth also asking the question longitudinally: if a buyer holds the composite deal rather than selling, and NOI simply grows year over year, how long before the property's own yield on its original cost catches up to the 7.4% WACC? This is a distinct question from the cap-rate-compression scenario discussed earlier in this report — it asks nothing about what the market is willing to pay for the asset, only whether the income the buyer already owns eventually clears the bar, using the same cost of capital assumed throughout.
At a modest 1%–2% annual NOI growth rate — roughly in line with the population-driven demand growth this series' prior report found only partial support for — closing the gap takes 12 to nearly 25 years, well outside any conventional hold period. Only at 4% or higher annual NOI growth does the gap close within a roughly seven-year window, the kind of hold period this report's illustrative Refinance Trap example above also uses. That 4%+ threshold is a real bar: it is faster than the modest per-unit rent growth typically underwritten for stabilized Las Vegas multifamily, and would generally require either sustained outsized rent growth, meaningful below-market rents at acquisition with room to mark to market, or a value-add renovation program — not simply holding a stabilized asset and waiting. The current supply backdrop makes that bar higher still: the Las Vegas metro absorbed roughly 4,000–4,200 new multifamily units in 2026, and regional research from NorthMarq put valley-wide rents below year-ago levels with vacancy up more than a full point year over year as of early 2026 — a market still digesting a delivery wave, not one where 4%+ organic rent growth is the default, near-term case. That doesn't rule out the higher end of this range for a specific, well-located asset, but it does mean a buyer counting on NOI growth alone, without a value-add program or below-market rents to mark up, is underwriting to a market recovery that hadn't yet arrived as this report was finalized.
This is a NOI-growth-only test and holds the WACC fixed for the full period, which is its own simplification — as the Refinance Trap example earlier in this report shows, both the cost of debt and the return equity investors require can move by the time a multi-year hold is up, for reasons that have nothing to do with the property itself. A full treatment would let both sides of the equation move together, which is exactly the kind of multi-variable, multi-year modeling this report's promised future installment is built to do.
What Happens If Rates Move From Here?
The prior section asked what NOI growth alone could do to close the gap between the composite deal's yield and its cost of capital. It's worth asking the mirror question from the financing side: what would interest rates have to do, in either direction, to change this picture — and which direction is actually more likely over the balance of 2026?
If rates rise further, every mechanism in this report points the same way, and they compound rather than offset. Extending the WACC calculation past the composite deal's 6.0% assumption: at 7.0% debt, the blended WACC rises to roughly 8.05% and the EVA spread widens to about −2.25 percentage points; at 7.5% debt, it's roughly −2.6 points. The cash-on-cash table earlier in this report already shows where that leads in dollar terms — a 1.74% cash yield at 7% debt, 0.22% at 8%, essentially wiping out the levered equity return on an asset that hasn't changed at all. Debt-service coverage tightens further past the 1.20x–1.25x agency minimum discussed in this report's Limitations section below, forcing lenders to size loans below the 65% LTV this report assumes — which pushes more of the capital stack into equity, and because equity costs more than debt throughout this report's framework, that shift makes the WACC problem worse, not better. This is likely an understatement of the true effect: if rates rise because the risk-free rate itself rises, required equity returns plausibly rise too, for the same reason debt and equity costs are related throughout this report — meaning the actual deterioration could exceed what the debt-only math shows.
If rates fall, the framework gives a specific, checkable number instead of a vague sense of relief. Holding the composite deal's 10% cost of equity and 65% LTV fixed, and solving for the debt cost that brings the blended WACC back down to the 5.8% cap rate:
Debt would need to fall to roughly 3.5% — a decline of about 250 basis points from today's assumption, back toward where agency debt actually traded in 2021 — before this composite deal clears its cost of capital on a mechanical, equity-return-held-constant basis. That is a large move, not a modest one, and it is not this report's base case for the balance of 2026. The same caveat applies in reverse here: if debt costs fall because the risk-free rate falls broadly, required equity returns plausibly ease somewhat too, meaning debt might not need to fall the full 250 points before the two sides meet in the middle.
One asymmetry is worth naming directly. A rate decline benefits an existing holder of the composite deal more reliably than it benefits a prospective buyer. For an existing holder, falling rates mean easier refinancing, improving coverage, and — since cap rates historically lag debt-cost moves rather than tracking them in real time — a probable window where the asset's value rises before its yield does. For a new buyer, the benefit is less certain: if cap rates compress in step with falling debt costs, which they eventually do, a new acquisition may see little improvement in the spread at all, because both sides of the equation are moving together. The lag between the two is where the opportunity actually lives, on either side of this cycle.
On balance, the evidence available as this report was finalized leans toward rates staying elevated or moving higher, not lower, over the near term — which is why this report treats the rising-rate case as the more probable one rather than presenting both directions as equally likely. Three Federal Reserve policymakers dissented in favor of a rate increase at the July 2026 meeting rather than the hold that prevailed; market pricing implied a meaningfully elevated probability of a further increase at the September meeting; oil prices tied to Middle East tensions were adding to near-term inflation risk; and the 30-year Treasury reached its highest level since 2007 over the same stretch. None of that is a forecast — Federal Reserve policy and geopolitical developments can reverse quickly, and this report is not positioned to predict either with confidence — but it is the actual balance of evidence at hand, and a reader weighing which of the two scenarios above to underwrite to should weigh it accordingly.
Application for Family Offices and PE Allocators
The value of applying one consistent ROIC/WACC/EVA lens across asset classes isn't confined to real estate specifically — it's the same framework this series has applied to gaming equities like Red Rock Resorts and Boyd Gaming, and to cannabis operators navigating post-rescheduling capital structures. For a family office or institutional allocator holding positions across both public equities and direct real estate, that consistency is the actual point: it lets an allocator compare a multifamily acquisition against a public-equity position on the same footing, rather than evaluating real estate in a cap-rate silo and equities in a P/E-and-ROIC silo, using two frameworks that don't actually speak to each other.
A cap rate and a P/E ratio are both, in effect, crude unlevered yield proxies; a blended real estate WACC and a corporate WACC are both, in effect, a blended cost of the same two things — debt and equity — priced for a specific risk profile. Running both through the same EVA test doesn't erase the real differences between the two asset classes — real estate's illiquidity, leverage structure, and tax treatment are genuinely different from a public equity's — but it does give an allocator one comparable, dollar-denominated answer to the same underlying question for every asset in the portfolio: is this specific capital allocation earning more than it costs, or less?
Limitations
Several judgment calls sit underneath every number in this report, stated plainly rather than left implicit:
The cost of equity is not a market-quoted rate. Every other input in this report — the cap rate, the debt rate, the LTV — is directly observable in the current market. The cost of equity is not; it is inferred from institutional commentary describing required returns for stabilized multifamily equity in a roughly 9%–11% range, and this report states its own assumption (10%) rather than presenting it as fact. A reasonable reader could pick 9% or 11% instead, and every downstream number — the WACC, the spread, the breakeven cap rate in the sensitivity chart — would move accordingly. This is, by a meaningful margin, the single most consequential assumption in this entire report.
This is a static, day-one test, not a full-hold-period return. The ROIC/WACC/EVA framework used here captures the going-in, unlevered economics at a single point in time. It does not capture rent growth, NOI growth, appreciation, amortization paydown, or the tax treatment (depreciation, cost segregation, 1031 exchange eligibility) that materially affects a real estate investor's actual realized return over a multi-year hold. A deal that fails this report's day-one test can still be a reasonable investment if the buyer's underwriting to NOI growth or exit-cap compression is well-founded; this report tests only whether that growth is required to clear the cost of capital, not whether it will materialize.
The worked example uses a simplified, pre-tax blended cost of capital, not a formal after-tax corporate WACC calculation. Real estate ownership structures vary widely in how debt interest is tax-treated at the entity or investor level, and this report does not attempt to model that variation — a more precise, entity-specific calculation would adjust the debt component for the investor's actual tax position. This report's WACC also uses the loan's interest rate, not its fully-amortizing mortgage constant, as the cost of debt — standard practice for a corporate-finance-style WACC, since principal repayment returns capital rather than costing it. A traditional real estate "band-of-investment" cap rate answers a related but different question — blending the mortgage constant with an equity dividend rate to solve for what a lender's cash-flow constraints can support — which is precisely the debt-service-coverage question addressed directly below.
The historical convergence chart is a schematic, blended series, assembled from multiple secondary sources reporting on different timeframes and methodologies, not a single proprietary index tracked consistently over time. National cap-rate estimates for the same period from different providers in this report's own source list vary by as much as 50 basis points; the chart should be read for its shape and order of magnitude, not for precise year-to-year values.
Cap rates, debt costs, and the risk-free rate all move continuously, and did move meaningfully in the days immediately around this report's publication, given a Fed meeting and rising geopolitical volatility. Every figure in this report is a snapshot as of late July 2026; a reader applying this framework to a live decision should refresh every input against current quotes before relying on any of the conclusions here.
Leverage changes the risk profile of a deal independent of the return math. Negative leverage doesn't only lower the expected return — it also means a decline in NOI or an increase in vacancy has a proportionally larger effect on the equity holder's return than it would on an unlevered or positively-levered basis. This report's spread calculations say nothing about that risk dimension directly.
Full debt-service coverage is tighter than an interest-only calculation suggests — and may not support the assumed leverage at all. On an interest-only basis, the composite deal's 5.8% cap rate covers the debt's 3.9%-of-price interest cost (65% LTV × 6.0%) by roughly 1.5x. That cushion shrinks once amortization is added back in, which is what a lender actually underwrites to. On a standard 30-year amortization schedule, the loan's true annual debt-service constant is closer to 7.2% of the loan balance, not 6.0% — bringing full debt-service coverage on the composite deal down to roughly 1.24x, just under the 1.25x minimum most agency lenders require on stabilized multifamily. On a 25-year amortization schedule — also common on agency and conventional commercial executions — coverage falls to roughly 1.15x, below the minimum outright, which would force the lender to size the loan down to somewhere in the 60%–62.5% LTV range rather than the 65% this report assumes. That has a direct feedback into the WACC calculation above: less debt means more equity, and because equity costs more than debt under this report's stated assumptions, a smaller loan doesn't close the EVA shortfall — it widens it. In practice, that gap gets filled one of two ways: a capital call to existing limited partners, or a layer of preferred equity inserted ahead of common equity in the capital stack. Preferred equity brought in specifically to plug a coverage shortfall typically carries a required return above this report's blended 10% cost-of-equity assumption — often well into the low-to-mid teens — meaning the replacement capital usually costs more than the equity it's displacing, not the same amount. The resulting EVA shortfall is likely worse than the mechanical LTV-shift math above suggests, not merely directionally worse.
This analysis is scoped to multifamily. Cap rate and cost-of-debt dynamics for Las Vegas office, retail, and industrial assets differ meaningfully by asset class and, within each, by submarket and vintage — current broker commentary, for instance, points to materially wider cap rates on suburban office product than on multifamily. None of the ranges, figures, or conclusions in this report should be read as applying to those other asset classes.
What This Means
The cap rate on a Las Vegas multifamily deal today can look completely normal by current comps and still fail to clear the full cost of capital required to finance it — a gap that was largely invisible for most of the 2010s and into 2021, when cheap debt made almost any cap rate accretive on a levered basis, and that has re-emerged as debt costs rose faster than cap rates could reprice to match them. The composite deal in this report — an entirely ordinary-looking 5.8% cap rate — comes up roughly 1.6 percentage points short of its own blended cost of capital, and the sensitivity check shows that gap doesn't close until pricing moves into the upper half of the Class C / value-add range.
The underlying point is narrower than a verdict on the market: "the cap rate looks fine" and "the deal clears its cost of capital" have become two different questions again, after a decade in which cheap debt mostly made them the same one. The difference between them is exactly the gap a cash-on-cash calculation, looked at alone, is built to hide.
Coming Next
A future installment in this real estate and private equity series will apply this same framework to an anonymized real deal — with the sponsor's actual financing terms, actual hold-period assumptions, and the tax treatment this report deliberately set aside. That installment will extend the static, day-one EVA test used here into a full-hold-period view: an exit-cap-rate-by-holding-period matrix showing how the same asset's realized equity return shifts as the assumed exit cap rate and hold period move — the natural next step after a test that, by design, stops at the day the deal closes. Where the day-one test and the full realized-return picture agree, and where they diverge, is exactly the gap this report's Limitations section flags but does not resolve.
