Research guide

Delaware Statutory Trust Returns: Comparing Nominal and Inflation-Adjusted Outcomes

By Sequoia ResearchPublished Read as Markdown

What Is This Article About?

A DST can return more dollars than you invested while adding much less buying power. This article follows one original cash-flow example to show nominal returns, inflation-adjusted payments, and the effect of when prices rise. It also separates the buying power of cash when received from the wealth left after holding that cash. The purpose is to make the inflation assumption visible without changing the investment's actual dollar record.

Table of Contents

Define Nominal and Inflation-Adjusted DST Returns

A nominal result uses dollars as paid or received. If an investor pays $100,000 and later receives $124,000 in total, the nominal cash gain is $24,000. That statement does not tell us when the money arrived or what it could buy.

An inflation-adjusted result expresses those dollars in the buying power of a chosen period. Analysts often call this a real result. Here, real means adjusted for prices; it does not mean verified, guaranteed, or already earned. A projected real return is still a projection.

The distinction matters when a distribution supports household spending. A fixed dollar payment may cover fewer goods and services after prices rise. Returning the same number of dollars invested can also leave the investor with less buying power in the returned capital.

The Bureau of Labor Statistics explains constant-dollar calculations using a ratio of price indexes. One period provides the common price basis. Money from other periods is converted to that basis. We use that method below with invented price changes, rather than borrowing historical inflation figures. BLS: Purchasing Power and Constant Dollars.

Keep the original dollar record beside the adjusted record. Inflation does not change a bank deposit from $6,000 to $5,825.24. The second number describes what the deposit could buy under the chosen price measure. It is an analytical translation, not a correction to cash received.

This article's investors, investments, payments, price paths, and property examples are fictional. No figure is a current DST offer, actual investor outcome, or inflation forecast. The calculations explain a method; they do not establish the returns an investor should expect.

Start With a Complete Nominal Cash Record

Suppose Iris invests $100,000 in the fictional Meadow Point DST at the start of a four-year period. She receives $6,000 at the end of each year. At the end of year four, she also receives $100,000 in final exit cash. Her interest then ends, with no holdback or future claim remaining.

All program costs are assumed to be reflected in these supplied payments. The base case has no separate account charge. Taxes are excluded. The four years are equally spaced annual periods; this is not an actual-day calculation based on specific calendar dates.

Event Cash paid by Iris Cash received by Iris
Start $100,000 $0
End of year one $0 $6,000
End of year two $0 $6,000
End of year three $0 $6,000
End of year four $0 $106,000
Total $100,000 $124,000

The final $106,000 combines that year's $6,000 payment with $100,000 of exit cash. Counting $106,000 and then adding the exit cash again would overstate receipts by $100,000.

Nominal receipts exceed the initial payment by $24,000. Dividing that surplus by the $100,000 invested gives a 24% cumulative cash gain. It is not a 24% annual return. The annual internal rate of return, or IRR, is 6% for this particular pattern of payments.

An IRR uses both the size and timing of cash flows. It is the annual rate that makes the future payments equal the initial investment after discounting for time. It does not show that Iris actually reinvested every payment at that rate.

For a real investment, verify the cash schedule before adjusting for inflation. A missing final value or unpaid distribution remains missing after a price adjustment. Better math cannot supply evidence that the investment record lacks.

Choose an Inflation Assumption and Base Period

Use the start of Iris's investment as the price basis. A dollar at that point is one base-period dollar. Assume prices rise by exactly 3% during each of the next four years. This is a chosen teaching assumption, not a view about future inflation.

At the end of year one, the price factor is 1.03. At the end of year two, it is 1.03 multiplied by 1.03, or 1.0609. At the end of year four, it is 1.12550881. A basket costing $100 at the start would therefore cost about $112.55 at the end under this model.

Four years of 3% growth produces a 12.55% cumulative price increase, rounded. Adding four annual rates to get 12% ignores growth on earlier price increases. Each year's change applies to the price level reached the year before.

The base period should match the question. Iris wants to compare future receipts with the buying power of the money she invests now. That makes the initial period a useful basis. Another report could translate all payments into final-year dollars, provided it also translates the initial investment into that same basis.

Changing the unit of measurement is not the same as changing the economic result. A larger number in final-year dollars does not make Iris richer than a smaller number in starting-year dollars. They are different units, much as the same distance can be shown in feet or yards.

Write the assumption above the table: constant annual inflation of 3%, starting-period dollars, year-end payments. Leaving those details in a hidden spreadsheet cell makes the result harder to interpret. A reader should not have to guess which prices or dates produced the answer.

Adjust Each Distribution When It Arrives

To express a receipt in starting-period buying power, divide it by the cumulative price factor at its receipt date. The first $6,000 payment becomes $6,000 divided by 1.03, or $5,825.24. The year-two payment uses 1.0609, not 1.03 again.

Receipt time Nominal receipt Cumulative price factor Receipt in starting-period dollars
End of year one $6,000 1.03 $5,825.24
End of year two $6,000 1.0609 $5,655.58
End of year three $6,000 1.092727 $5,490.85
End of year four $106,000 1.12550881 $94,179.63
Total $124,000 Different for each receipt $111,151.30

The adjusted receipts total $111,151.30, calculated before rounding each displayed amount. Against the initial $100,000 in the same price units, the real cash surplus is $11,151.30. That is about 11.15% of the initial investment over the full period.

This 11.15% figure is a cumulative ratio of adjusted cash surplus to starting cash. It is not an annual rate. It also does not describe a bank balance held at the end of year four. The table measures each receipt's buying power when it arrives.

The final $100,000 of exit cash, considered alone, has starting-period buying power of $88,848.70. Receiving the same nominal capital back therefore does not preserve that capital's original buying power under the assumed inflation path.

The earlier payments still matter. A reader who looks only at the final capital would miss the cash Iris received during ownership. A reader who looks only at the total nominal gain would miss the price change. Presenting both views makes those limits clear.

This adjustment does not identify the tax character or funding source of any payment. The example supplies cash amounts. Separate documents would be needed to explain how an actual trust produced and classified them.

Calculate a Real Annual Return

For this constant-inflation example, the exact annual real rate comes from growth factors:

Real annual rate = (1 + nominal annual rate) ÷ (1 + annual inflation rate) − 1.

With a 6% nominal IRR and constant 3% annual inflation, the calculation is 1.06 divided by 1.03, minus one. The real annual IRR is about 2.91%.

Subtracting 3% from 6% gives 3%, which is a quick approximation. It is not the exact answer. Both investment growth and price growth act on amounts that change through time. Dividing their growth factors keeps that relationship intact.

You can verify the 2.91% result using the adjusted cash table. Discount each adjusted payment for its year at the exact real rate. Their combined value then equals the initial $100,000. Do not round the rate to two decimal places inside that verification; the displayed rate is shortened for readability.

The shortcut works here because the same 3% price growth applies in every annual period. The nominal and real calculations also use the same cash boundaries and timing. A nominal sponsor figure that excludes an investor's separate fee cannot be paired with an after-fee cash record as if the two scopes matched.

If inflation varies by year, adjust each cash flow using its own cumulative price level. Then calculate a rate from those adjusted flows if an annual rate is needed. An average inflation percentage may hide the order of price changes.

A positive real IRR does not prove that an investment met the owner's spending needs or risk limit. It summarizes one complete payment path. Missed payments, a lower sale amount, or a longer hold would create a different path and require a new calculation.

Separate Receipt-Date Buying Power From Ending Wealth

There are two fair questions Iris might ask. One is how much buying power her payments provided when received. The other is how much buying power she has left at the end. Those questions need different cash-use assumptions.

The receipt-date table answers the first question. It adjusts each $6,000 payment in its own year and the final payment in year four. It does not say that all the money remains in Iris's account.

Now use a separate case. Iris keeps every payment in cash, earns no interest on it, spends none of it, and pays no extra holding cost. At the end of year four she has $124,000. Converting that entire final balance at the year-four price factor gives $110,172.39 in starting-period buying power.

That is $978.90 less than the receipt-date total, using unrounded calculations. The difference arises because cash received earlier sits through later price increases. The investment's payments have not changed. The use of those payments has changed the question being measured.

Dividing all $124,000 by the final price factor is therefore valid for this zero-interest ending-wealth case. It would be misleading if labeled as the buying power delivered at each earlier receipt date. Conversely, adding the receipt-date figures does not prove that $111,151.30 of real wealth remains at the end.

If Iris spends the distributions, her final account balance will be different. The earlier cash may still have funded useful purchases. If she reinvests it, the added earnings and costs belong to a separate cash-use record. Neither spending value nor reinvestment results should be invented merely to complete a return table.

Choose the question before calculating. A spending analysis, an investment performance analysis, and an ending-wealth analysis can all be useful. Labeling their boundaries prevents three valid measures from being mistaken for one number.

Test More Than One Inflation Rate

A single inflation assumption can make a report look more certain than the evidence allows. A sensitivity table shows how the result changes when only that assumption changes. It does not assign probabilities to those alternatives.

Keep Iris's exact nominal payments fixed. Recalculate with constant annual inflation of 0%, 3%, 5%, and 8%. These are selected test cases. They are not a forecast range, confidence interval, or claim about likely inflation.

Chosen annual inflation Receipts in starting-period dollars Real annual IRR Buying power of $100,000 final capital
0% $124,000.00 6.00% $100,000.00
3% $111,151.30 2.91% $88,848.70
5% $103,545.95 0.95% $82,270.25
8% $93,375.75 −1.85% $73,502.99

The 8% case has a positive nominal dollar gain and a negative real annual return. Both statements can be true. The assumed price growth exceeds the investment's nominal annual rate, so the cash does not maintain buying power on that measure.

All rows still show $124,000 of nominal receipts. Do not replace those receipts with inflation-adjusted amounts in the actual cash ledger. Keep the scenario output in separate columns.

This table deliberately holds the DST cash path fixed. It isolates the translation from dollars to buying power. A broader economic model might change rents, costs, borrowing terms, and sale proceeds when inflation changes. That would require new investment assumptions as well as new price assumptions.

The SEC advises investors to examine the assumptions, conditions, and methods behind performance claims. A clear scenario label helps readers see what was varied and what was held constant. SEC: Performance Claims.

Check When Inflation Occurs

Two price paths can end at the same level and still produce different buying power for earlier distributions. Consider two alternatives to the main 3% case. Each ends with prices 6% above the starting level.

In the first path, prices rise 6% during year one and then stay flat for three years. Each of Iris's payments faces a price factor of 1.06. Total receipt-date buying power is $124,000 divided by 1.06, or $116,981.13.

In the second path, prices stay flat for three years and rise 6% during year four. The first three $6,000 payments keep their full starting-period buying power. Only the final $106,000 payment uses the 1.06 factor. Adjusted receipts total $118,000.

The second path delivers $1,018.87 more buying power at the receipt dates. Yet the final price level is identical. The timing of inflation explains the difference; no change in the trust's nominal payments is involved.

If all cash is held without interest until year four, both paths end with the same $124,000 balance and the same final price factor. Their ending buying power is then equal. This is another reason to distinguish receipt-date analysis from ending wealth.

Neither path is a realistic claim that prices will remain perfectly flat for selected years. They are controlled examples designed to expose a timing effect. Do not infer that earlier or later inflation is more likely from this exercise.

For an actual history, use the chosen price series for the relevant periods. For a forecast, save the complete assumed path. Storing only its four-year total loses information needed to explain the buying power of intermediate payments.

Translate a Spending Goal Into Future Dollars

A return calculation starts with investment cash. A spending plan starts with a need. Connecting them requires a stated household target, including the period in which the money will be used.

Suppose Iris wants the year-four payment to buy what $6,000 buys at the start. Under the main 3% annual price assumption, her year-four target is $6,000 multiplied by 1.12550881, or $6,753.05. A fixed $6,000 payment leaves a nominal year-four gap of $753.05.

That gap is not an investment loss or an additional fee. It measures the difference between one chosen spending target and one supplied payment. If the household uses another source of income to fill it, record that source separately.

The target must also describe the purchases. Broad consumer inflation may be useful context, but an individual household's costs can change differently. BLS explains that spending weights and personal circumstances can make a person's price experience differ from a published average. BLS: Why Published Averages Can Differ From Individual Experience.

For a practical budget, separate essential bills from optional spending and one-time needs. A roof replacement at the investor's home is not an annual cost merely because it occurs during the holding period. A health expense may deserve a separate assumption rather than the same rate used for every other item.

Compare payment timing with bill timing as well. A year-end receipt cannot fund a bill due months earlier without another cash source. A positive annual real return does not solve that timing gap. Keep the available cash balance and the inflation-adjusted spending target as separate parts of the plan.

Keep Property Cash Flow Separate From Consumer Prices

Consumer price growth does not automatically cause a DST distribution to rise by the same amount. To change a property forecast, examine the actual rent terms, collections, expenses, and debt payments. The consumer-price assumption alone supplies none of those details.

Use a separate fictional property case. Annual collected rent is $1,000,000 and operating expenses are $400,000. Net operating income, or NOI, is $600,000 before debt payments and other items outside those operating expenses.

Now assume collected rent grows 3% while expenses grow 8%. Rent becomes $1,030,000 and expenses become $432,000. NOI falls to $598,000, a decline of $2,000. Higher rent has not produced higher NOI in this case.

Those supplied changes are independent assumptions. They are not claims that consumer inflation causes either exact rate. A real forecast needs the lease terms and expense evidence behind each change. The amount available for distributions would also depend on costs and cash needs beyond this simplified NOI calculation.

A rent increase may start at a renewal date rather than immediately. A vacant space may collect no rent until occupied. An expense may jump when a contract resets. Those timing differences can matter more than a broad annual label such as inflation hedge.

The correct response is to build an explicit property cash forecast and then translate the resulting investor cash into buying power. Inflating the distribution automatically by the consumer-price assumption skips the property analysis. Deflating a fixed distribution, by contrast, measures its buying power but says nothing about how likely that fixed payment is.

Keep these two steps visible so a reader can challenge the assumptions in each. A reasonable price measure cannot rescue an unsupported cash forecast.

Account for Fees Without Subtracting Them Twice

Costs belong in the nominal cash record before the purchasing-power adjustment. First determine who paid each charge, when it was paid, and whether the stated distribution or exit cash already reflects it.

The SEC describes both transaction charges and ongoing fees, and points investors toward the relevant account and investment documents. The specific record controls which charges belong in an investor's calculation. SEC: How Fees and Expenses Affect Your Investment Portfolio.

Take a separate variation on Iris's base case. Suppose she pays an additional $1,000 account charge at the end of year two. It is outside the supplied investment payments and has not been deducted anywhere else. Keep all other cash flows and the 3% inflation assumption unchanged.

Nominal cash surplus falls from $24,000 to $23,000. In starting-period dollars, the charge is $1,000 divided by 1.0609, or $942.60. The real cash surplus falls to $10,208.70, using unrounded calculations.

The year-two net cash flow is now $5,000 rather than $6,000. A new annual rate would need to use that changed flow. The original 6% nominal and 2.91% real annual rates no longer describe this fee variation.

Do not deduct the charge again if an actual account statement already reports a net payment that includes it. Preserve gross receipts, charges, and net cash as linked entries if that makes the reconciliation clearer. Their total should match the actual account movement.

A fee paid at entry and the same fee paid later can have different price-adjusted values. That does not make delaying a fee free or permitted. Timing follows the actual terms; the calculation reports the effect of those terms.

Use Historical CPI Data With Consistent Labels

For a historical study, replace invented price factors with a documented price series. BLS publishes several Consumer Price Index (CPI) measures. Record the exact series, population, geography, item coverage, seasonal-adjustment status, and periods used. BLS also notes that monthly indexes represent a month as a whole, rather than a single payment day. BLS: CPI Frequently Asked Questions.

A review file should preserve the retrieved index levels and the retrieval date. State how cash dates are assigned to price periods. A month-based convention can be useful without pretending to measure prices on the exact day a deposit arrived.

Use the ratio between the chosen period's index level and the base index level. Do not add twelve-month inflation rates from successive monthly reports to create a multiyear total. Those rolling periods overlap. An annual-average index and a December index also answer different timing questions; choose one approach for the stated purpose and explain it.

Keep observed history separate from the forecast portion. If a five-year model has only two completed years, actual index values for those years do not verify the remaining three assumptions. Mark the point where the record changes from observed prices to chosen future prices.

Preserve revisions as separate versions. A new source download should not silently replace the inputs behind a report already shared. Record what changed, which results moved, and whether the change came from price data, investment cash, or a formula correction.

Missing index values should remain visible. If an estimate is used, label the estimate and its method. Do not fill a gap with zero inflation simply because the spreadsheet requires a number. Zero is a substantive price assumption, not a synonym for unavailable information.

Keep Inflation, Investment Risk, and Taxes Separate

An inflation adjustment changes the unit in which cash is measured. It does not assess the chance that the cash will arrive. The $100,000 exit payment in Iris's example is a supplied premise, not a value established by applying an inflation rate.

Risk review therefore still needs its own work. A sale could occur later, proceeds could differ, or payments could stop. Those possibilities belong in changed cash-flow cases. Label them separately so the reader can see whether a lower real result came from weaker investment cash, higher prices, or both.

Likewise, expressing a payment in starting-period dollars is not a full investment valuation. A valuation may also apply a required return to reflect time and risk. If both steps are used, their rate definitions must agree. Applying an inflation allowance twice would distort the comparison.

Taxes are outside every numerical result in this article. Do not label the real cash surplus as spendable after-tax gain. Taxable income, tax basis, and cash received require their own records and review. A price adjustment does not supply those missing inputs.

For a household planning model, use a separately supported tax cash schedule if one is available. Show its dates and source, then adjust the resulting net cash consistently. Do not assume that a 3% price increase reduces an actual tax payment by 3% or changes the account's legal reporting obligations.

These boundaries make the analysis easier to audit. An adviser can challenge the cash forecast, a tax professional can address the tax assumptions, and the reader can compare price scenarios without treating one calculation as proof of everything else.

Build a Reproducible Purchasing-Power Summary

A useful summary starts with the nominal cash record. Show the amount invested, receipt dates, total receipts, final cash or remaining value, and costs included. State whether the history is completed, projected, or a mixture of both.

Next show the price basis. Name the actual series or the chosen assumption, identify the base period, and explain the timing convention. Keep enough precision in the underlying calculations to avoid a chain of rounding errors. Round the final displayed dollars and rates only for readability.

For Iris's main example, the summary would report $124,000 of nominal receipts, a $24,000 nominal cash surplus, and a 6% nominal annual IRR. At chosen constant 3% inflation, it would add $111,151.30 of receipt-date buying power and a 2.91% real annual IRR.

The separate zero-interest cash-retention case would show $110,172.39 of ending buying power. It would not replace the receipt-date figure without a note explaining the changed question. The additional-fee branch would also stay separate from the no-extra-fee base case.

Record the limits beside the results: invented cash, assumed inflation, no taxes, and no probability assigned to any scenario. Preserve the original input file so another reviewer can reproduce the numbers. The final product should make disagreement specific: a reader can question a payment, a price assumption, or a method rather than arguing over an unexplained headline return.

FAQ

What is a nominal DST return?

It is a return measured using the dollars paid and received, without adjusting for consumer-price changes. It still needs clear dates, costs, and cash-flow boundaries. Nominal does not mean gross of fees; a properly labeled nominal result may include all relevant costs while leaving inflation unadjusted.

Is an inflation-adjusted return the same as an after-tax return?

No. An inflation adjustment expresses money in common purchasing-power units. An after-tax analysis uses supported tax cash flows. This article calculates no personal taxes. Combining the two requires separate tax inputs and consistent timing, rather than treating the inflation rate as a tax deduction.

Can a positive nominal return have a negative real return?

Yes. The fixed cash example has a 6% nominal annual IRR. With chosen constant 8% annual inflation, its real annual IRR is about −1.85%. That example changes only the price assumption. It is not a claim that an actual DST will earn 6% or face 8% inflation.

Can I subtract inflation from the advertised annual rate?

Subtraction is only an approximation under matching assumptions. For constant annual inflation, the exact growth-factor calculation divides one plus the nominal rate by one plus inflation, then subtracts one. First check that the advertised rate uses the same cash, costs, and periods as your analysis.

Should all payments be adjusted using the final year's prices?

Only if that matches the question. A final cash balance held without interest can be converted at final-year prices. To measure buying power when each payment arrives, use each payment's own price period. Those methods should not share the same label because they describe different cash-use assumptions.

Does CPI show my household's exact cost increase?

No. A broad price index can provide context, while your mix of spending can differ. A household plan should identify its actual needs and any separate assumptions. Do not call a custom budget model official CPI or imply that a national index guarantees the cost of your specific future purchases.

Does real estate automatically protect DST distributions from inflation?

Do not assume that it does. Examine how rent, occupancy, operating costs, debt costs, and other cash needs change under the actual documents. The fictional property example has rising rent but lower NOI because expenses rise faster. Consumer-price growth alone does not establish the cash an investor will receive.

About Sequoia Research

Sequoia Research, LLC provides independent research on DSTs and other real estate investment offerings. This educational library helps readers understand investment documents, test calculations, and identify questions for qualified professionals.

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