Canonical page: https://sequoia-research.com/writing/delaware-statutory-trust-returns-exit-assumption-sensitivity-grid
Author: Sequoia Research
Published: 2026-10-17T00:24:15.158Z
Updated: 2026-10-17T00:29:35.556Z
Interactive tool: https://sequoia-research.com/writing/delaware-statutory-trust-returns-exit-assumption-sensitivity-grid#research-tool

# Delaware Statutory Trust Returns: Exit Assumption Sensitivity Grid

## What Is This Article About?

This guide explains how property income and an assumed sale price can change the cash left for DST investors. The tool builds a grid from your income, cap-rate, debt, and sale-cost inputs. You will see a step-by-step example and learn how to keep sale proceeds separate from total investment return. The goal is to test assumptions and find questions for further research, rather than predict an exit price.

## Table of Contents

- [What the DST Exit Sensitivity Grid Measures](#what-the-dst-exit-sensitivity-grid-measures)
- [Understanding Net Operating Income and Cap Rates](#understanding-net-operating-income-and-cap-rates)
- [How to Enter Exit Assumptions](#how-to-enter-exit-assumptions)
- [From Property Value to Investor Proceeds](#from-property-value-to-investor-proceeds)
- [A Worked DST Exit Scenario](#a-worked-dst-exit-scenario)
- [Why Debt Makes Exit Assumptions Matter](#why-debt-makes-exit-assumptions-matter)
- [How to Choose Useful Downside Scenarios](#how-to-choose-useful-downside-scenarios)
- [What a Zero-Proceeds Result Means](#what-a-zero-proceeds-result-means)
- [Sale Proceeds Are Not Total DST Returns](#sale-proceeds-are-not-total-dst-returns)
- [Model Limits and Source Notes](#model-limits-and-source-notes)
- [Frequently Asked Questions](#frequently-asked-questions)
- [About Sequoia Research](#about-sequoia-research)

## What the DST Exit Sensitivity Grid Measures

The grid shows how much cash might remain from a modeled property sale after the costs and debt you enter. It then applies a stated investor share to that amount. Each cell uses a different pair of annual property income and exit cap rate. The other inputs stay fixed so you can see the effect of those two changes.

This is useful when a forecast shows one sale result without explaining how much it depends on the assumptions. A single value may look precise because it has a dollar sign and two decimal places. A grid shows several outcomes side by side. The width of that range can help you decide which inputs need closer review.

No cell receives a probability. The middle case is not automatically the most likely one, and the average of the cells is not an expected return. You chose the inputs. A grid built from three optimistic assumptions will still be optimistic, even if it contains nine carefully calculated numbers.

Use the results as a research aid. For example, you might learn that a small change in property value produces a large change in remaining equity. That finding can lead to a focused request for support behind the exit cap rate, the debt payoff, or the projected rent. The model cannot supply that support by itself.

## Understanding Net Operating Income and Cap Rates

Net operating income, often called NOI, is a measure of property income after operating costs. For this model, use a full-year amount that fits the valuation method. Do not enter your personal distribution, rental revenue before expenses, or cash remaining after a loan payment. Those are different measures and will produce a different result.

A capitalization rate, or cap rate, links an income figure to a value. The basic calculation divides annual NOI by the cap rate expressed as a decimal. The OCC's commercial real estate lending handbook describes this direct-capitalization method and explains that its use depends on stabilized income and a suitable rate. It also distinguishes this method from a detailed discounted cash-flow analysis. [OCC handbook, value analysis, printed page 43](https://www.occ.treas.gov/publications-and-resources/publications/comptrollers-handbook/files/commercial-real-estate-lending/pub-ch-commercial-real-estate.pdf).

Here is the simplest example. An assumed $1 million of annual NOI divided by a 5% cap rate gives a modeled $20 million gross value. Divide the same NOI by 6%, and the value is about $16.67 million. The income did not fall. The assumed price paid for that income changed.

Match the income period to the rate evidence. A trailing-year NOI and a forward-year NOI may differ because leases, expenses, or occupancy are changing. A rate from a sale based on one definition should not be paired casually with income measured another way. Record how you chose both inputs and what adjustments you made.

## How to Enter Exit Assumptions

The first field takes one to nine positive NOI values separated by commas. Enter plain numbers without dollar signs or thousands separators. For example, use “900000,1000000,1100000” for three annual income cases. The tool sorts the values and removes duplicates before building the grid.

The second field takes one to nine positive cap rates, also separated by commas. Enter 6 for six percent, not 0.06. The latter entry means six-hundredths of one percent and can create an implausibly large modeled value. The tool rejects zero rates and results beyond its illustration limit, but you still need to judge whether a valid input makes sense.

Next, enter the debt payoff expected at the assumed sale. Use the amount that belongs to that event, not a current balance copied without thought. The model does not calculate loan amortization, accrued interest, release costs, or a prepayment charge. Include a cost once in the appropriate field and explain where you put it.

Sale costs have two fields. One applies a percentage to gross modeled value. The other adds a fixed dollar amount. This lets you illustrate, for example, a percentage-based sale cost plus a separately stated closing expense. Do not enter the same cost in both fields. Neither field finds missing charges for you.

Finally, enter the investor's share of residual equity. The default is a hypothetical 1%. This percentage is applied after the entered debt and sale costs. It assumes a simple proportional allocation. If the actual documents use a different payment order, profit split, or class preference, this allocation will not reproduce those terms.

## From Property Value to Investor Proceeds

The tool follows a simple sequence. It first divides NOI by the cap rate to estimate gross property value. It calculates percentage sale costs from that value, then adds fixed sale costs. It subtracts those costs and the debt payoff to find the residual before any investor allocation.

If that residual is positive, the model multiplies it by the entered investor share. If it is negative, modeled investor proceeds are zero and the shortfall is shown separately. The tool does not assume that someone contributes new cash to cover a gap. It also does not determine who would bear that gap under the actual documents.

You can expand the calculation bridge below the grid. It shows gross value, sale costs, debt, residual, and investor proceeds for every case. This view helps you find a wrong input that might be hard to notice in the main table. A result should be traceable to its steps.

Calculations retain unrounded values internally. The display rounds dollars to cents, so a displayed bridge may differ by a cent when rounded lines are added manually. These are scenario estimates, not closing statements. The exported file retains the inputs and underlying results so the calculations can be reviewed.

## A Worked DST Exit Scenario

Assume a hypothetical property has $1 million of annual NOI at sale. Use a 5% exit cap rate, a $10 million debt payoff, sale costs of 2% of gross value, and another $100,000 of fixed costs. Assume an investor receives 1% of the remaining equity. None of these numbers is a market forecast or a quoted offering term.

| Step | Hypothetical amount |
| --- | --- |
| Annual NOI | $1,000,000 |
| Gross value at a 5% cap rate | $20,000,000 |
| Sale costs at 2% | $400,000 |
| Additional fixed costs | $100,000 |
| Debt payoff | $10,000,000 |
| Remaining equity | $9,500,000 |
| Investor share at 1% | $95,000 |

Now change only the cap rate to 6%. Gross value falls to about $16.67 million. Percentage sale costs fall too, because they use the lower gross value. Fixed costs and debt remain unchanged. The modeled investor proceeds fall to about $62,333.33.

At a 7% cap rate and the same NOI, gross value is about $14.29 million. After the entered costs and debt, residual equity is $3.9 million. The 1% investor share is $39,000. Those differences show why a forecast's exit rate deserves attention even when projected income stays the same.

The default grid also tests NOI of $900,000 and $1.1 million. Across its nine combinations, modeled investor proceeds range from $25,000 to $114,600. The low result combines the lower income with the higher cap rate. The high result combines higher income with the lower rate. The range describes those chosen inputs only.

## Why Debt Makes Exit Assumptions Matter

Debt sits ahead of the residual equity in this model. When gross sale value falls, the debt input does not shrink with it. That leaves equity to absorb more of the change. Sale costs that move with value can soften part of the effect, but fixed debt and costs remain in the calculation.

Compare two simplified properties, each worth an assumed $20 million before costs. One has no debt. The other has $10 million of debt. Ignore sale costs for this brief example. A $2 million fall in value reduces the first property's equity from $20 million to $18 million, a 10% decline. It reduces the second property's equity from $10 million to $8 million, a 20% decline.

This example isolates one effect; it does not compare total investment performance. Borrowing can also affect acquisition size, cash flow, fees, and other outcomes. The grid keeps the debt payoff fixed to make the exit calculation clear. It does not model those broader effects or recommend a debt level.

Debt timing deserves a separate review. The Federal Reserve's May 2026 financial stability report noted that commercial property prices had further stabilized while refinancing needs still posed vulnerabilities. That broad market finding does not establish the risk of a particular DST. It is a reason to examine its actual loan terms and maturity. [Federal Reserve, May 2026 overview](https://www.federalreserve.gov/publications/2026-may-financial-stability-report-overview.htm).

## How to Choose Useful Downside Scenarios

Start with the forecast you are reviewing, then identify the assumption most likely to change the decision. If a large tenant faces a lease end before the proposed sale, income may deserve a wider range. If the forecast relies on buyers paying a high price for each dollar of income, test a wider cap-rate range.

Keep a reason beside each case. “NOI is 10% lower because this scenario assumes weaker rent collections” is more useful than “bear case.” Explain which expenses stay fixed and which might change. A lower NOI input is a summary of operating assumptions, not an explanation of them.

Use more than one pattern of change. A weaker property might face both lower NOI and a higher cap rate. Another case might assume improved income but a less favorable sale market. The full grid displays every entered combination, including combinations you may consider unlikely. Note which cells are useful stress tests and which have weak economic support.

Do not select a range simply because it produces a comfortable answer. Test the assumptions that could undermine the plan, even if they make the grid look less appealing. If a difficult case depends on an expense or liability that the model cannot represent well, record the gap and use a more detailed model.

## What a Zero-Proceeds Result Means

A zero result means the modeled sale value does not leave positive equity after the entered costs and debt. It does not mean the tool has valued every possible claim, asset, or legal right. It also does not prove a real transaction would occur at that value.

Consider $1 million of NOI at a 10% cap rate. Gross modeled value is $10 million. With a debt payoff of $11 million, a 2% sale cost, and $100,000 of fixed costs, the model shows a $1.3 million shortfall. Investor sale proceeds are floored at zero. The gap is displayed separately rather than being treated as a negative distribution.

A shortfall is not automatically an obligation for an investor to send cash. That question depends on legal terms and facts the calculator does not review. The useful next step is to identify the debt parties, guarantees, other liabilities, and available resources in the actual documents.

The tool requires positive NOI and positive cap rates. It is not designed to value vacant land, a property with negative income, or a redevelopment project through this formula. Those situations may require a different valuation method and a more detailed cash-flow model.

## Sale Proceeds Are Not Total DST Returns

The grid estimates one component of a possible outcome: cash from a modeled sale. It does not include the original contribution, earlier distributions, later adjustments, or the dates of those cash flows. A sale-proceeds figure cannot be read as an annual return or an equity multiple.

Suppose an investor originally contributed $100,000, received $25,000 over the holding period, and later received $95,000 from a sale. Total cash received would be $120,000 before any additional investor costs or taxes. That is a different statement from saying the sale returned $95,000. The timing of the payments would still matter for an annualized return calculation.

Do not add the property's gross sale value to investor distributions. Debt and costs must be addressed before an investor allocation is made. Likewise, do not count both a remaining estimated position value and sale proceeds for the same interest as if both were separate receipts.

A modeled sale date also does not create liquidity. The SEC's September 2026 private-placement bulletin explains that these securities can be highly illiquid and that investors may have difficulty finding a buyer. The grid does not test whether an exit is available or whether a transaction could close on your preferred date. [SEC private-placement bulletin](https://www.investor.gov/introduction-investing/general-resources/news-alerts/alerts-bulletins/investor-bulletins/private-placements-under-regulation-d-updated-investor-bulletin).

## Model Limits and Source Notes

The model excludes income taxes, reserves released at sale, other liabilities, complex profit splits, and costs you do not enter. It assumes one gross value and one debt payoff for the scope being tested. A portfolio of properties with different debt releases or sale dates may need separate calculations and a broader reconciliation.

Use the notes box to record source documents, dates, and missing inputs. Distinguish reported facts from forecasts. A current loan balance may be documented while a future payoff remains estimated. A cap rate may be based on a selected group of sales without being suitable for the property in question.

Download the result to preserve the grid and your notes. Inputs remain in the current browser page and are not saved between visits. Changing any input clears the export until you rebuild the grid. The download contains a research scenario, not an independently verified valuation.

## Frequently Asked Questions

### Does the grid forecast my DST return?

No. It calculates sale proceeds from assumptions you enter. Total return also depends on contributions, other receipts, timing, costs, and any remaining value. The grid assigns no probability to a scenario and does not select a likely outcome.

### Why does a higher exit cap rate lower value?

In this formula, value equals NOI divided by the cap rate. With the same positive income, a larger denominator produces a lower value. That mathematical relationship does not tell you which cap rate buyers will use for an actual property.

### Should I enter current or future NOI?

Use the income measure that fits the valuation scenario and the evidence behind the cap rate. Label the period clearly. If you use future NOI, explain the rent, occupancy, and expense assumptions needed to reach it. The tool does not build that operating forecast.

### Does a shortfall mean I must contribute more money?

The tool does not determine that. It reports the amount by which entered debt and costs exceed modeled gross value. Investor obligations, guarantees, and possible remedies require review of the actual agreements and circumstances.

### Can I compare different DST investments with the same grid?

You can run separate scenarios, but consistent definitions matter. Check NOI periods, debt payoff dates, costs, and allocation rules. A difference in modeled proceeds may reflect a difference in inputs or investment size, not a difference in investment quality.

### Does the middle cell represent a base case?

Only if you have chosen and supported it for that purpose. The tool sorts the axes for readability. The middle position has no special statistical meaning, and the grid does not weigh the cells to calculate an expected value.

## About Sequoia Research

Sequoia Research, LLC provides independent research on DSTs and other real estate investment offerings. This educational library explains offering documents, research methods, and investment calculations in plain language. Its tools make assumptions visible so readers can discuss them with their own advisers.

## Sources

- [OCC, Commercial Real Estate Lending](https://www.occ.treas.gov/publications-and-resources/publications/comptrollers-handbook/files/commercial-real-estate-lending/pub-ch-commercial-real-estate.pdf), version 2.0, March 2022; current copy notes March 20, 2025 revisions to reputation-risk references. Value analysis appears on printed page 43. Reviewed October 16, 2026.
- [Federal Reserve, Financial Stability Report overview](https://www.federalreserve.gov/publications/2026-may-financial-stability-report-overview.htm), May 2026; updated May 28, 2026, reflecting market data through April 23. Reviewed October 16, 2026.
- [SEC, Private Placements Under Regulation D](https://www.investor.gov/introduction-investing/general-resources/news-alerts/alerts-bulletins/investor-bulletins/private-placements-under-regulation-d-updated-investor-bulletin), updated September 21, 2026; originally published August 17, 2022. Reviewed October 16, 2026.


## Related Reading and Tools

- [Delaware Statutory Trust Returns: Why Distribution Rates Are Only Part of the Story](https://sequoia-research.com/writing/delaware-statutory-trust-returns-why-distribution-rates-are-only-part-of-the-story)
- [Delaware Statutory Trust Fees: A Guide to Upfront, Ongoing, and Exit Costs](https://sequoia-research.com/writing/delaware-statutory-trust-fees-a-guide-to-upfront-ongoing-and-exit-costs)
- [Are DST Investments Safe in 2026? What Investors Should Understand About Risk](https://sequoia-research.com/writing/are-dst-investments-safe-in-2026-what-investors-should-understand-about-risk)