FINANCIAL MODELING
Cash-on-Cash Return Calculator and Formula: Levered vs Unlevered (Year-by-Year)
Key Takeaways
- Cash-on-cash return is the current-period yield on equity: (NOI − debt service) ÷ cash equity invested. Unlevered cash-on-cash is property cash flow ÷ total project cost, and equals the going-in cap rate when total project cost equals purchase price (it is slightly lower once closing costs and immediate CapEx are added).
- The calculator below ships both single-year and multi-year modes, with a levered/unlevered toggle and an illustrative 2026 asset-class benchmark band overlay. Year-1, Year-5, and average CoC across the hold are the three numbers most underwriters track.
- When levered CoC falls below unlevered CoC, the deal carries negative leverage: debt cost exceeds property yield. In 2026 this is a common condition for new acquisitions; the calculator surfaces the warning explicitly.
- The 8–12% folklore is rarely reachable in Year 1 on institutional acquisitions in the current rate environment. Illustrative Year-1 levered bands (not published benchmarks): multifamily core 3–5%, value-add 1–3% Year-1 (7–10% by Year 3+), industrial 4–6%, office 5–7% on deals that clear, anchored retail 6–9%.
- Never quote cash-on-cash alone. Pair it with IRR (time-weighted total return) and cap rate (asset-level yield). The same 6% CoC on a 50% LTV deal is a different risk than a 6% CoC on a 75% LTV deal.
Calculate Your Cash-on-Cash Return
Enter the property cash flow, annual debt service, total project cost, and cash equity invested. The widget computes levered cash-on-cash (the yield to the equity investor) and unlevered cash-on-cash (the yield on the full project, no debt) side by side. Toggle to multi-year to enter year-by-year cash flows and see Year-1, Year-5, and average CoC across a five-year hold. Switch the asset class to overlay an illustrative benchmark band against your result.
Your levered cash-on-cash is below the unlevered yield. Borrowing cost exceeds property yield, so the debt is reducing current return. This can be acceptable if NOI growth and exit-cap compression carry the IRR; it is the warning sign if neither does.
Cash-on-cash is a single-period yield. For total return including appreciation and time-value, use theIRR calculator. For a complete hold-period model with reserves, debt sizing, exit cap sensitivity, and waterfall mechanics:build it in AQ-110 →
BUILD IT IN APERS
Apers models cash-on-cash across the full hold period, levered and unlevered, year by year, with sensitivity to rate and leverage assumptions. Every assumption testable. Try Apers free →
Or start in a pocket model: AQ-110 (multifamily) → · AQ-141 (opportunistic with bridge) → · AQ-301 (anchored retail) →
What Cash-on-Cash Measures
Cash-on-cash return measures the cash yield on the equity invested in a deal in a single period, typically a year. The numerator is the cash the deal generates after operating expenses and debt service (and, if you hold reserves below the NOI line, after reserve contributions); the denominator is the cash the LP wrote a check for at closing. The result is the current yield: pennies of distributable cash per dollar of equity.
The formula has two forms that practitioners need to keep straight:
THE CASH-ON-CASH FORMULAS
Levered CoC = (Annual NOI − Annual Debt Service) ÷ Cash Equity Invested
Unlevered CoC = Annual NOI ÷ Total Project Cost
If reserves sit below the NOI line, subtract them from the numerator for a distributable-cash version.
Levered CoC is what the equity investor receives after the loan is paid. Unlevered CoC is what the property itself yields on the full project cost; it equals the going-in cap rate when project cost equals purchase price and is slightly lower once closing costs and immediate CapEx are added. The difference between them is the leverage wedge: positive when debt is cheaper than the asset yield, negative when debt is more expensive.
Cash equity invested is the all-in equity check: total project cost (purchase price plus acquisition costs plus immediate-need CapEx) plus any working-capital reserves funded at closing, minus loan proceeds. Annual debt service is interest plus principal (for amortizing loans) or interest only (for interest-only periods). Annual NOI is gross revenue less vacancy and credit loss less operating expenses, with replacement reserves commonly held below the NOI line. Some practitioners include reserves above the NOI line for conservatism. Both forms exist in market; consistency within a single underwriting matters more than which one you choose.
Cash-on-cash sits in the same algebra as cap rate. The cap rate is the unlevered yield on price; the unlevered cash-on-cash is the unlevered yield on total project cost (price + acquisition costs + immediate-need CapEx). When the acquisition costs and immediate CapEx are small relative to price, the two numbers are nearly identical. The methodology pillar, Cash-on-Cash: Levered vs Unlevered, works through the full algebraic identity and the cases where the two diverge.
How to Use This Calculator
The widget runs in two modes. The single-year mode is for a quick deal screen: enter Year-1 NOI, debt service, total project cost, and equity, and see both the levered and unlevered yield with the leverage wedge surfaced as a separate output. The multi-year mode is for a hold-period view: enter year-by-year cash flows and the widget computes Year-1 CoC, Year-5 CoC, average CoC across the hold, and the cumulative cash returned. Average CoC is the simple arithmetic mean of the five annual yields, a common reporting convention.
The levered/unlevered toggle changes which output is highlighted as the primary number but does not change the underlying math: both numbers are always computed and shown. In levered mode, the debt-service input is active and the leverage wedge is computed; in unlevered mode, the debt-service input is hidden and the primary output is unlevered CoC alone.
Beneath the outputs, an illustrative asset-class benchmark band shows a Year-1 levered range for the asset class you select (the stabilized option compares against Year-5 CoC on the multi-year tab). Your computed result is plotted as a marker against the band. A result inside the band is in line with the illustration; outside it is a flag: either you've underwritten a premium deal that's worth understanding, or you've missed something in the build. The bands are levered, so in unlevered mode the marker is hidden. Use it as a sanity check, not a target.
Asset-Class Benchmarks for 2026
"What's a good cash-on-cash return?" is the most common second-question after the formula. The 2026 answer is asset-class-specific and well below the 8–12% retail-investor folklore. The folklore comes from a pre-2022 rate environment when a 5% cap deal levered at 65% LTV with 3.5% interest-only debt produced about 7.8% Year-1 levered CoC (a 4% cap deal on the same terms produced about 4.9%). That environment doesn't exist on current acquisitions. Year-1 levered CoC on a 5% cap deal at 65% LTV with 6.5% interest-only debt is about 2.2% (about 0.2% if the loan amortizes over 30 years), well below the folklore and below the unlevered cap. The multifamily bands below assume cheaper interest-only debt: at a 5% cap and 65% LTV, 5.0–6.0% interest-only debt produces 3.1–5.0%.
| Asset class | Year-1 levered CoC | Stabilized levered CoC | Notes |
|---|---|---|---|
| Multifamily core (gateway) | 3.0–5.0% | 4.5–6.5% (Y3+) | Negative leverage compresses Y1; NOI growth lifts it. |
| Multifamily core-plus (secondary) | 4.0–6.0% | 5.5–7.5% | Wider spread on debt; better in-place yields. |
| Multifamily value-add | 1.0–3.0% | 7.0–10.0% (Y3+) | Y1 cash flow drag from renovation; stabilizes hard. |
| Industrial core (Tier 1) | 4.0–6.0% | 5.0–7.0% | Wide bid-ask spread; fewer comps clearing. |
| Suburban office (Class A) | 5.0–7.0% | 6.0–9.0% | Deals clearing have wide cap rates; CoC follows. |
| Anchored retail | 6.0–9.0% | 7.0–10.0% | Highest Year-1 yield among the core sectors in this table (excluding hospitality). |
| Self-storage | 5.0–8.0% | 6.0–9.0% | Less cap-rate compression than other operating asset classes. |
| Hospitality (full-service) | 6.0–10.0% | 8.0–12.0% | Cyclical volatility; CoC bands are widest of any asset class. |
Illustrative Year-1 and stabilized levered cash-on-cash ranges for institutional CRE acquisitions. The multifamily and industrial rows follow from the assumptions stated in the text (65% LTV, interest-only senior debt, 4.5–5.5% going-in caps); the retail, office, storage, and hospitality rows assume higher going-in caps than that. None are published benchmarks; rerun them with your own cap rate, rate, and leverage.
Three observations on the benchmark table that practitioners miss:
Year-1 CoC is broadly negative-leverage compressed in 2026. For multifamily and industrial, the Year-1 levered CoC band sits mostly at or below the corresponding unlevered going-in cap rate. The leverage wedge is negative because illustrative interest-only senior debt rates (5.0–6.0% for agency multifamily; 6.0–7.5% for bank CRE) sit at or above going-in cap rates (4.5–5.5% for core multifamily and industrial). The wedge can turn positive over the hold as NOI growth lifts the property yield above the (flat, fixed-rate IO) debt cost, as in the worked example above, but the entry-year snapshot looks bad.
Stabilized CoC matters more than Year-1 CoC for value-add. A value-add deal with Year-1 CoC of 1% and Year-3 stabilized CoC of 9% is structurally different from a core deal with flat 5% CoC. The single-year number obscures the trajectory; the multi-year mode of the calculator surfaces it.
Anchored retail shows the highest Year-1 yield of the core sectors in the table. The CRE narrative has been dominated by multifamily and industrial for a decade, but retail typically prices at higher going-in caps than those sectors, and the Year-1 levered CoC follows. Hospitality is higher still but carries cyclical volatility. AQ-301 (anchored retail) models the segment-specific economics.
Levered vs. Unlevered: When the Leverage Helps or Hurts
Whether leverage helps or hurts depends on a single comparison: the loan constant versus the going-in cap rate. The loan constant is annual debt service divided by loan principal: the all-in cost of the debt expressed as a percentage. A 6.5% interest-only loan has a loan constant of 6.5%. A 5.5% loan amortizing over 30 years has a loan constant of about 6.8% (interest plus principal). Compare the loan constant to the going-in unlevered yield. When loan constant is below the unlevered yield, leverage is positive and debt amplifies cash-on-cash. When loan constant is above the unlevered yield, leverage is negative and debt drags cash-on-cash below the cap rate.
In 2026, negative leverage is a common condition for new institutional acquisitions. A 5.0% cap deal financed at 6.5% debt produces Year-1 levered CoC below the cap rate, and the calculator surfaces the warning explicitly when this happens. This is not necessarily a deal-killer: the IRR can still clear if NOI growth and exit-cap compression carry the back half of the hold. But it is a deliberate decision that should be flagged at investment committee, not a quiet input cell in row 47.
The full treatment of the leverage wedge, the loan-constant-vs-cap-rate comparison, the 2026 negative-leverage table, and the 2021-vintage refinance refresh sits in the sibling methodology pillar:Cash-on-Cash Return: Levered vs Unlevered, and the 2026 Negative-Leverage Reality. Read that before quoting cash-on-cash in any investment committee where the audience knows the difference.
CoC vs. IRR vs. Cap Rate
Cash-on-cash, IRR, and cap rate are three different metrics that practitioners regularly conflate. They answer three different questions about the same deal.
| Metric | What it measures | Time horizon | Includes debt? | Best use |
|---|---|---|---|---|
| Cap rate | Asset-level yield on price | Single period (Y1) | No (unlevered) | Acquisition pricing comparable |
| Cash-on-cash | Equity-level current yield | Single period (Y1 or avg) | Yes (levered version) | LP distribution forecast |
| IRR | Time-weighted total return | Full hold (Y0 → exit) | Yes (levered version) | Cross-deal return comparison |
Three metrics, three questions. Cash-on-cash answers the LP's monthly distribution question; IRR answers the LP's exit total-return question; cap rate answers the acquisition basis question.
A deal can have a 5% Year-1 CoC and a 16% IRR (any value-add with NOI growth and exit-cap stability). A deal can have an 18% average CoC and a negative IRR (the A.CRE baseball-stadium scenario, an asset that distributes cash through the hold but sells at a major loss). A deal can have a 5% going-in cap and a 6.9% Year-1 levered CoC (a 2018-vintage deal with 4% interest-only debt at 65% LTV) or a 5% going-in cap and a 2.2% Year-1 levered CoC (the same deal today with 6.5% interest-only debt at 65% LTV).
Common practice is to quote the full stack (IRR / MOIC / cash-on-cash) rather than any single number. See theIRR calculatorfor the time-weighted view and thecap rate calculator for the asset-level view. Pair all three on the IC summary page; a deal that clears on one and fails on the others is the deal that catches you out.
Common Mistakes Practitioners Make
Cash-on-cash is simple enough to weaponize against yourself. Seven errors we've seen kill deals (or worse, fund bad ones):
Confusing cash-on-cash with IRR. Cash-on-cash is a single-period yield; IRR is the multi-year time-weighted return on equity, including exit proceeds. A 30% CoC on a six-month flip is meaningless as an annualized comparable to a 30% IRR on a five-year hold: the flip's annualized return is 60% simple (69% compounded) and the underlying risk profile is completely different. Always specify the time horizon and pair CoC with IRR.
Computing unlevered CoC as cash flow divided by equity. The unlevered version of cash-on-cash divides property cash flow (NOI) by total project cost, not equity. Dividing NOI by equity in the unlevered case produces a meaningless number (it mixes an unlevered numerator with a levered denominator, so it matches neither the levered nor the unlevered yield). The calculator above uses total project cost in the unlevered denominator, which is what makes unlevered CoC line up with the going-in cap rate when project cost equals price, the algebraic identity that makes the metric coherent.
Not stripping reserves consistently. If you use NOI before reserves in one place and cash flow after reserves in another, the numbers don't reconcile. Pick a convention (reserves above the NOI line or below) and apply it consistently across the numerator and across comp tables. Mixing conventions shifts CoC by reserves ÷ equity (about 30 bps on a $30M, 120-unit deal with $11.4M of equity at $300 per unit) and breaks comparability with broker comps.
Failing to annualize partial-year holds. A four-month deal that returns 4% of equity is a 12% annualized CoC, not a 4% CoC. Many practitioners report the unannualized number, particularly for short bridge-to-perm holds. Annualized CoC = period CoC × (12 / months held). Make the annualization explicit in the citation.
Averaging cash-on-cash incorrectly. Average CoC is the mean of the annual yields. With a constant equity base this equals total cumulative cash divided by the number of years, divided by equity. The errors are dividing cumulative cash by equity without dividing by the number of years (that is a multiple, not a yield), and holding the denominator fixed when equity changes through capital calls or return of capital. Use the equity outstanding in each year when the base moves; the multi-year mode of the calculator uses the simple average of the annual yields.
Mixing levered and unlevered CoC across comparisons. A 5.5% unlevered CoC and a 5.5% levered CoC are different deals at different risk levels. Always specify which. Broker materials sometimes quote "cash-on-cash" without specifying; default-assume levered, but always confirm in writing.
Ignoring the negative-leverage signal. When Year-1 levered CoC sits below unlevered CoC, the deal carries negative leverage: the debt is costing more than the property is yielding. This is sometimes fine (the IRR comes from NOI growth and exit-cap compression) and sometimes the warning sign that the deal doesn't pencil. Either way, surface the signal explicitly at IC. The calculator marks it; the underwriter should too.
Related Articles
The cash-on-cash calculator pillar sits inside the returns-analysis cluster. Sibling pages:
- Cash-on-Cash Return: Levered vs Unlevered: the methodology pillar; the full treatment of the leverage wedge, the 2026 negative-leverage table, and the 2021-vintage refresh.
- IRR Calculator and Formula for Real Estate: the time-weighted total-return calculator; pair with cash-on-cash for any IC quote.
- Cap Rate Calculator and Formula: the asset-level yield calculator; the unlevered twin of cash-on-cash at acquisition.
- NOI Calculator and Formula: the income line item that feeds the cash-on-cash numerator; sister calculator pillar.
- DSCR Calculator and Formula: the debt-coverage metric; cross-reference for negative-leverage deals (negative leverage can coexist with a comfortable DSCR; the two tests answer different questions).
- Equity Multiple and MOIC: the total-cash-returned multiple; the third metric in the standard IC return stack.
- DPI, TVPI, RVPI: Fund-Level Return Metrics: the LP-reporting metrics that aggregate cash-on-cash across a fund's portfolio.
FAQ
Frequently Asked Questions
What is cash-on-cash return?
Cash-on-cash return is the cash yield on the equity invested in a deal in a single period, typically a year. The levered formula is (NOI − debt service) ÷ cash equity invested. A 6% cash-on-cash means the deal is producing six cents of distributable cash per dollar of equity per year.
How do you calculate cash-on-cash return?
Divide the property's annual cash flow by the cash equity invested. For levered cash-on-cash, the cash flow is NOI minus annual debt service. For unlevered cash-on-cash, the cash flow is NOI alone and the denominator is total project cost (which equals the going-in cap rate when project cost equals purchase price). Cash equity is the all-in equity check: purchase price + acquisition costs + immediate-need CapEx + funded reserves − loan proceeds.
What is a good cash-on-cash return?
It depends on asset class, leverage, and the rate environment. Illustrative 2026 Year-1 levered ranges (not published benchmarks): multifamily core 3–5%, multifamily value-add 1–3% Year-1 (7–10% stabilized by Year 3), industrial core 4–6%, suburban office 5–7%, anchored retail 6–9%, hospitality 6–10%. The 8–12% retail-investor figure is rarely reachable in Year 1 on institutional acquisitions today; it appears only in stabilized value-add or hospitality cases.
What's the difference between cash-on-cash and IRR?
Cash-on-cash is a single-period yield on equity; IRR is the multi-year time-weighted total return on equity including exit proceeds. A deal can have 5% Year-1 CoC and a 16% IRR (typical value-add), or 18% average CoC and a negative IRR (an asset that distributes cash through the hold but sells at a loss). Quote both, never one alone.
What's the difference between cash-on-cash and cap rate?
Cap rate is an asset-level yield: NOI ÷ property value, ignoring debt. Cash-on-cash is an equity-level yield: cash flow ÷ equity invested, after debt service. Unlevered cash-on-cash at acquisition equals the going-in cap rate when total project cost equals purchase price. Levered cash-on-cash diverges from it by the leverage wedge: positive when debt is cheaper than the cap rate, negative when debt is more expensive.
Is cash-on-cash levered or unlevered?
Both forms exist. The default 'cash-on-cash' in CRE usage is levered: cash flow after debt service. Unlevered cash-on-cash (NOI ÷ total project cost) is sometimes called 'free and clear return' and is close to the going-in cap rate. Always specify which when quoting.
How is cash-on-cash calculated for multifamily?
Same formula as any asset class: levered = (NOI − debt service) ÷ cash equity. For multifamily specifically, NOI is gross rental income plus other income (parking, RUBS, laundry, pet fees) less vacancy and credit loss less operating expenses, with replacement reserves commonly held below the NOI line. AQ-110 (Apers' Multifamily Acquisition Pocket Model) computes Year-1 CoC alongside the full hold-period CoC.
What is negative leverage in cash-on-cash terms?
Negative leverage is when levered cash-on-cash falls below unlevered cash-on-cash: the debt is reducing the equity return rather than amplifying it. It happens when the loan constant (annual debt service ÷ loan principal) exceeds the going-in cap rate. In 2026 this is a common condition for new institutional acquisitions because illustrative interest-only senior debt rates (5.0–7.5%) sit at or above going-in cap rates (4.5–5.5%) for most core sectors.
How do you calculate average cash-on-cash over a multi-year hold?
Compute each year's CoC separately (each year's net cash flow ÷ initial cash equity) and take the simple average across the hold period. With a constant equity base, this equals cumulative cash ÷ years ÷ equity. If equity changes during the hold (capital calls, return of capital), use the equity outstanding in each year. The multi-year mode of the calculator above uses the simple average.
Can cash-on-cash be negative?
Yes. When net cash flow to equity is negative (debt service exceeds NOI, or there's a capital call to fund operating shortfalls), cash-on-cash is negative. This is common in Year 1 of value-add deals (during renovation lease-up), in distressed refinances where debt was sized to a higher cap-rate world, and in lease-up stabilization periods. A negative-CoC year doesn't kill a deal if the back half of the hold compensates, but it should be modeled explicitly.
How is cash-on-cash different from ROI?
ROI is total profit divided by equity invested, with no time dimension; it equals MOIC minus 1. Cash-on-cash is a single-period current yield. A deal with a 2.0x MOIC has a 100% ROI but might average 8% cash-on-cash across a five-year hold (with the rest coming from exit proceeds). Cash-on-cash measures the LP's distribution stream; ROI/MOIC measures the total return at exit.