Reversionary value estimates a property's value at the end of a forecast period and is a major component of real estate DCF analysis.
Reversionary value is the estimated value of a property at the end of an explicit forecast or holding period. In a real estate discounted cash flow model, it represents the property’s expected value after the annual cash-flow forecast ends. Analysts usually estimate it by capitalizing the property’s forward net operating income at a terminal capitalization rate.
Reversionary value is also called reversion value, terminal value, or exit value in investment analysis. It is a forecast, not a guaranteed selling price. The actual amount an owner receives can differ because of market conditions, selling costs, debt repayment, taxes, and the timing of the sale.
An income-producing property is expected to have value beyond a five-year, ten-year, or other finite forecast. A DCF model therefore needs a way to represent the cash flows that occur after the explicit projection period. Reversionary value converts those later expectations into one estimated value at the forecast endpoint.
The estimate matters to:
The reversion should not become a plug that makes a model reach a desired return. It is a conclusion derived from forecast property performance, expected conditions at exit, and market-supported valuation inputs.
For a property assumed to be sold at the end of year n, a common direct-capitalization formula is:
Where:
Using year n+1 income aligns the value at the end of year n with the next owner’s expected first year of income. Some models use a different convention. The important requirement is consistency among the income period, sale date, growth assumptions, and discounting timeline.
The Terminal Capitalization Rate is not the DCF discount rate. The terminal cap rate converts one forward income measure into value at the exit date. The discount rate converts future cash flows and the reversion into present value.
If selling costs are estimated as a percentage of gross value:
The selling-cost assumption may include brokerage, legal, transfer, closing, or other disposition costs appropriate to the model and jurisdiction. It should not be confused with debt repayment or income tax.
The value at the end of year n must then be discounted back n periods:
Where (k) is the periodic discount rate. In a property-level DCF, the indicated value is generally the sum of the present values of the interim property cash flows and the net reversion:
The cash-flow convention must be stated. For example, an unlevered property DCF should not mix property NOI with loan principal, interest, or owner-specific income taxes.
Assume an analyst prepares a five-year unlevered DCF for a stabilized rental property. The model uses these assumptions:
| Input | Assumption |
|---|---|
| Year 6 forward NOI | $840,000 |
| Terminal cap rate | 7.00% |
| Selling costs | 2.00% of gross reversion |
| DCF discount rate | 9.00% |
| Sale timing | End of year 5 |
First estimate gross reversionary value:
Next deduct estimated selling costs:
The $11,760,000 is the modeled net reversion at the end of year 5. Its present value at a 9.00% discount rate is:
Suppose the annual unlevered property cash flows are:
| Year | Property cash flow | Present value at 9.00% |
|---|---|---|
| 1 | $650,000 | $596,330 |
| 2 | $690,000 | $580,759 |
| 3 | $730,000 | $563,694 |
| 4 | $770,000 | $545,487 |
| 5 | $810,000 | $526,444 |
| Total interim cash flow | $3,650,000 | $2,812,715 |
Adding the present value of the net reversion gives an indicated property value of approximately:
In this example, the present value of the reversion is about 73% of the indicated DCF value. That concentration does not automatically make the analysis invalid, but it shows why the exit assumptions require careful support and sensitivity testing.
Holding year 6 NOI at $840,000, selling costs at 2.00%, and the discount rate at 9.00% produces the following results:
| Terminal cap rate | Gross reversion | Present value of net reversion |
|---|---|---|
6.50% | $12,923,077 | $8,231,131 |
7.00% | $12,000,000 | $7,643,193 |
7.50% | $11,200,000 | $7,133,647 |
The lower cap-rate case produces a higher value because the same income is divided by a smaller rate. The table changes only one input. A scenario analysis should also consider related changes in rent, vacancy, operating expenses, capital expenditures, lease rollover, and market liquidity.
A two-variable sensitivity can test terminal NOI and terminal cap rate together. This is often more informative because a weak leasing market could reduce income while also increasing the return demanded by buyers.
State when the hypothetical sale occurs and what is being valued. Fee simple, leased fee, leasehold, and partnership interests can have different cash-flow rights and market evidence. The reversion date must match the end of the explicit forecast.
Analyze the property as it is expected to exist then, not merely as it exists today. Relevant factors include:
A forecast that assumes an aging building will sell like a newly renovated comparable needs explicit support.
The numerator should follow a defined NOI convention. Review gross potential rent, vacancy and collection loss, concessions, other property income, operating expenses, management costs, and any reserve treatment used in the model.
Avoid capitalizing gross rent or an unusually strong final-year cash flow. If year 5 includes a temporary tax abatement, one-time reimbursement, or below-normal expense, it may not represent sustainable year 6 income.
The exit rate should reflect the expected property and market at the terminal date. Start with comparable sales, current investor requirements, and property-sector evidence, then explain adjustments for expected age, location, tenancy, lease duration, capital needs, and risk.
Comparing the exit rate with the Going-In Cap Rate can expose inconsistencies. The terminal rate does not have to be higher, but any assumed increase or decrease should have a reason beyond making the return acceptable.
Convert gross terminal value into net property sale proceeds using supportable selling-cost assumptions. Costs can vary by property type, transaction structure, market, and jurisdiction. Do not assume that a broker commission is the only cost without checking the model’s purpose.
Discount the net reversion from the assumed receipt date. An end-of-year model, midyear model, monthly model, and uneven-period model may produce different present values. The same timing convention should govern interim cash flow and sale proceeds.
Compare the implied terminal price per unit or square foot, cap rate, income multiple, and relationship to replacement cost or comparable sales. A mathematically correct result can still be economically implausible.
These terms answer different questions and should not be used interchangeably.
| Term | What it measures | Common deductions included |
|---|---|---|
| Gross reversionary value | Estimated property value at the end of the forecast | None |
| Net reversion | Estimated net property sale cash flow | Selling or disposition costs |
| Resale Price | Expected or actual gross selling price | Usually none |
| Resale Proceeds | Cash remaining after specified sale deductions | Depends on whether the model is property- or equity-level |
| Equity sale proceeds | Cash available to equity after property sale | Selling costs and debt payoff, plus other defined claims |
| After-Tax Proceeds from Resale | Modeled owner proceeds after applicable tax effects | Defined sale costs, debt if relevant, and modeled taxes |
| Present value of reversion | Today’s value of future net reversion | Net reversion is discounted for time and risk |
Debt does not reduce the property’s gross market value merely because a particular owner used financing. Debt payoff matters when moving from property value to equity proceeds. Taxes are also investor- and jurisdiction-specific and normally belong in an explicitly after-tax analysis.
An unlevered model values the property independent of a particular debt structure. It combines property-level operating cash flows with net sale proceeds before loan payments and owner-specific income taxes. The discount rate should match that unlevered cash-flow convention.
A levered model measures cash flows to the equity investor after financing. At sale, the model generally deducts the outstanding loan balance and other debt-related obligations from net property sale proceeds. The equity discount rate or target return should match the risk and timing of equity cash flows.
An after-tax model may incorporate taxable gain, adjusted tax basis, depreciation-related consequences, transaction structure, and jurisdiction-specific rules. A shortcut that multiplies gross gain by a single assumed tax rate can omit important facts. Tax treatment should be clearly labeled and independently reviewed when it affects a real decision.
n NOI when the model requires forward year n+1 NOI.Reversionary value is best interpreted as a range supported by transparent assumptions. It does not establish that the property can be sold at that price or within the assumed marketing period.
n, year n+1, or another stabilized measure.These sources have different regulatory and assignment contexts. They do not establish one terminal cap rate, discount rate, holding period, or sale-cost assumption for every property.
Reversionary value analysis is educational and does not provide an appraisal, investment recommendation, tax conclusion, legal opinion, or lending decision. Actual value and sale proceeds depend on the property, market, transaction, financing, ownership, and jurisdiction.