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Delaware Statutory Trust Returns: How Distribution Timing Changes Annualized Results

By Sequoia ResearchPublished Read as Markdown

What Is This Article About?

This article explains why two DST cash schedules can produce different annualized returns even when they pay the same total dollars. It holds the investment amount and receipts fixed, then changes the payment dates. The examples also show how a delay affects a household cash plan and why a loss can look smaller when expressed as an annual rate over more years. You will learn which dates to request, how to test them, and which conclusions the resulting percentage cannot support.

Table of Contents

What Payment Timing Can Change

A return stated per year depends on more than the dollars received. It also depends on how long money was committed and when each receipt arrived. An extra wait can change the annual rate without changing the total cash gain.

Start with three separate questions. How much did the investor pay? How much came back? On which dates did those events occur? The first two describe the cash gain or loss. The third allows a calculation that takes time into account.

The SEC's performance guidance encourages investors to examine how a result was calculated, its period, its costs, and whether it is actual or hypothetical. Those details matter when two percentages look close but describe different cash histories. SEC Performance Claims Bulletin

Every investment and payment schedule below is fictional. None is a current DST offer, a typical return, or a forecast for a sponsor. The larger teaching payments make the timing effect easier to see. They are not suggested income targets.

The central example freezes all cash amounts and changes only dates. Real delays can also change fees, costs, interest, or sale proceeds. Those effects require separate inputs. Freezing them here lets us measure one cause at a time.

Timing has two uses in a review. It helps explain a reported return, and it helps test whether cash arrived when the owner needed it. The same annual percentage cannot fully answer both questions. A cash calendar can show a spending gap that a favorable return figure leaves hidden.

Start With One Payment and One Clock

Imagine paying $100,000 and receiving a single final payment of $110,000. There are no other receipts, charges, or remaining assets. The total cash gain is $10,000, or 10% of the original amount. That stays true whether the wait is short or long.

For this simple case, use an actual-day count with a 365-day annual basis. The annual rate is the payment divided by the initial amount, raised to the power of 365 divided by days held, minus one. A spreadsheet can perform that calculation; the point is what the clock changes.

Time from payment out to final receipt Total cash gain Annualized rate, rounded
180 days $10,000 21.32%
365 days $10,000 10.00%
730 days $10,000 4.88%

The 21.32% figure does not mean the investor received $21,320. The investor received $10,000 more than was paid. The larger percentage expresses that shorter result on a yearly compound basis. It does not promise that another identical investment can be found or repeated.

Likewise, 4.88% is not a yearly check. There were no checks during the two-year wait. All $110,000 arrived at the end. A person who needed annual spending cash would need another source during that period.

Using 365 days is a calculation convention, not a claim that each calendar year has 365 days. A leap day still counts as an actual day. If this same $110,000 arrived after 731 days, the annualized result would be about 4.87% rather than 4.88%. Do not remove the extra day to make the record fit a tidy two-year label.

These examples have one initial outflow and one later inflow. A DST record with several distributions needs a method that handles all the dates together.

Define the Investor Cash Boundary

An investor-level review starts with the owner's cash movements. It does not substitute the property's purchase date for the date the owner funded the interest. Nor does it substitute the property's sale closing for the date the owner received the final payment.

Keep several dates in view when they differ: the period when property income was earned, the date a payment was approved, the date it was sent, and the date it reached the account. Each can be useful. They describe different events.

For the examples here, the cash-out date is when the investor pays the stated amount. The cash-in date is when the receipt reaches the investor's account and is available. That is the chosen measure throughout. It is not a claim that every sponsor report or accounting system uses that same rule.

A report based on issuer disbursement dates may differ from an account-level receipt calculation. Explain the difference rather than silently changing one to match the other. A delay between sending and receiving is a question for the records; it is not, by itself, evidence of wrongdoing.

Use the same cost scope on both sides of a comparison. These examples use cash net of all investment-level charges and exclude personal tax. There are no additional account fees in the central model. If an actual account has a separate fee, add it on its actual date. Do not deduct a cost again if the stated receipt already includes it.

The SEC explains that investment and account costs can take different forms and reduce what an investor keeps. Review the relevant disclosures and account statements to establish that boundary. SEC Fees and Expenses Bulletin

The date rule should be written beside the result. “Investor receipts, actual days, before personal tax” tells the reader much more than a bare number labeled “return.”

Compare Three DST Distribution Schedules

Consider fictional Harbor Elm. An investor pays $100,000 on January 1, 2025. The investment ultimately pays $20,000 before exit and $110,000 at exit. The final receipt is January 1, 2027. There are no later contributions, outside charges, or assets left after that receipt.

Assume the full $20,000 is available for distribution by April 2, 2025. Three versions release it on different schedules. Cash held back earns no interest and creates no added costs in this model. Property revenue, expenses, debt, sale proceeds, and ownership rights are otherwise unchanged.

That assumption is deliberate. Paying cash that has not yet been earned could require borrowing or using other funds. Such a change would need a wider analysis. Here, the model simply moves the release date of already-available cash.

Investor receipt date Early payment Four installments Later payment
April 2, 2025 $20,000 $5,000 $0
July 2, 2025 $0 $5,000 $0
October 1, 2025 $0 $5,000 $0
January 1, 2026 $0 $5,000 $20,000
January 1, 2027 $110,000 $110,000 $110,000
Total receipts $130,000 $130,000 $130,000

The initial $100,000 leaves the account on the same date in all three versions. The early payment arrives on day 91. The installments arrive on days 91, 182, 273, and 365. The final $110,000 arrives on day 730.

All three versions return $30,000 more than the investor paid. All have a 1.30 cash multiple: $130,000 divided by $100,000. All have a 30% total cash gain before personal tax. None of those measures changes with the payment dates because none accounts for timing.

There is also no change in the final exit receipt. The early-payment version does not sell for more. The later-payment version does not have lower rent. Their only difference is the schedule on which the investor receives the first $20,000.

A real review should preserve this type of controlled comparison. If a second model changes both timing and the sale amount, it answers a broader question. Label those changes so the reader does not attribute the whole result to distribution timing.

Read the Annualized Results

For several dated cash flows, a date-based internal rate of return can measure timing. Internal rate of return, or IRR, is the discount rate that balances the initial payment against the later receipts. “Discount” means adjusting a later dollar amount for the wait before receiving it.

Microsoft's XIRR function accepts dated cash flows that need not be evenly spaced. Its documentation specifies a 365-day basis and requires both positive and negative amounts. The results here use that day-count convention, calculated independently from the stated cash schedules. Microsoft XIRR Documentation

Harbor Elm payment version Date-based annualized rate Total cash gain
Early $20,000 on day 91 16.71% $30,000
Four $5,000 installments 16.00% $30,000
Later $20,000 on day 365 15.36% $30,000

The early version has the highest rate because the investor gets part of the cash sooner. The installment version sits between the two lump-sum versions. The total gain remains $30,000 in every case.

The gap between 16.71% and 15.36% is about 1.35 percentage points. It is not an extra $1,350 of cash. Applying that gap to the initial investment as though it were another payment would create money that the ledger does not contain.

The calculation uses the whole set of dates. Dividing the 30% gain by two years gives 15%, which is a simple average of the total gain over time. That is a different measure. It does not reflect when the interim $20,000 arrived.

If all $130,000 instead arrived on day 730, the annualized rate would be about 14.02%. That is a fourth, separate schedule. Replacing the earlier receipts with one final total would erase the very timing effect under review.

The rate measures this cash pattern. It does not identify why a manager chose that pattern or establish that the property was run better. Those questions require evidence about the business and the governing terms.

Separate a Final Payment Delay

Now keep the later-payment version's $20,000 on day 365. Change only the date of the final $110,000. This isolates exit-payment timing from the timing of earlier distributions.

Final receipt Days from initial funding Annualized result
December 2, 2026 700 16.00%
January 1, 2027 730 15.36%
January 31, 2027 760 14.77%

Each row still pays $130,000 in total. No added fee, interest, rent, or cost is included. The results are rounded, so two distinct schedules elsewhere in this article can both display 16.00%.

This exercise answers a narrow question: how much does the annualized measure change if that one receipt moves? It does not estimate the full economic cost of extending a real DST. A real extra month could bring more rent, another loan payment, a fee, or a change in sale price.

There can also be a gap between a property closing and the last investor payment. A retained amount for final bills could arrive later than the main proceeds. Enter separate actual receipts when that happens. Treating everything as paid on the closing date gives the investor credit for cash that may still have been held elsewhere.

If the final amount itself remains uncertain, show that uncertainty as well. A fixed-amount timing test is useful, but it is only one part of an exit review.

Why a Delayed Loss Can Look Less Negative

Timing deserves special care when total receipts are below the original investment. A longer wait can make the annualized loss look smaller even though the investor receives no extra money.

In a separate fictional case, pay $100,000 and receive only $90,000 at the end. There are no other payments or remaining assets. A receipt after 365 days produces a negative 10.00% annual return. The same receipt after 730 days produces about negative 5.13% per year.

Both cases lose $10,000. The second spreads that same loss over a longer period for calculation purposes. Its less-negative annual rate does not mean the longer wait restored capital or improved access to cash.

To see the wait directly, choose an illustrative 5% annual discount rate. This is an analytical assumption, not an available investment quote or a required return for DSTs. At that chosen rate, $90,000 due after one year has a present value of about $85,714.29. After two years, its present value is about $81,632.65.

Both calculations reduce the future receipt to a comparable amount at the starting date. The longer wait gives the lower present value under this positive discount assumption. The annualized loss percentage moved closer to zero, but the receipt became less valuable on that chosen basis.

This is why a ranking based only on the highest annualized number can be misleading. Compare total cash loss, duration, timing, and any remaining risk together. Negative 5.13% is not automatically a better investor outcome than negative 10.00% when the underlying amounts and waits differ.

Do not transfer this exact rule to every complex ledger. Later contributions, refunds, and other changes in the direction of cash can complicate IRR. The examples here use one initial outflow followed only by inflows, which keeps the interpretation clear.

Avoid the Monthly Distribution Shortcut

A payment rate and a full-investment return answer different questions. Taking one receipt, multiplying it by twelve, and dividing by original capital does not recreate the dated cash history.

Suppose a separate fictional $100,000 investment sends $5,000 in one month. Multiplying by twelve gives $60,000, or a 60% annualized payment rate. Yet if the actual full year's receipts total only $20,000, the year's cash payments were 20% of original capital. Neither percentage tells you what the investment is worth or what the owner will receive at exit.

The first calculation assumes that one month's amount repeats twelve times. It cannot establish that repetition. The check might contain a delayed prior payment, a special payment, or a release of held cash. Its source and period need to be identified before it is used to describe a recurring schedule.

FINRA's private-placement communication guidance distinguishes distribution rates from total return and addresses sources of distributions. It also discusses limitations of IRR, including assumptions about reinvestment and values assigned to unsold assets. Those are covered-firm communication issues; a correct arithmetic shortcut is not enough to establish that a presentation is appropriate. FINRA Regulatory Notice 20-21

A useful label says exactly what was measured. For example: “$20,000 of cash received during this calendar year, equal to 20% of the initial $100,000, before personal tax.” It should not be shortened to “20% total return” without an analysis of the remaining investment and other cash flows.

The same care applies when the payment arrives just after year-end. Moving a receipt across December 31 can change calendar-year cash totals while leaving lifetime receipts unchanged. That is a reporting-period difference worth explaining, even if the shift in the lifetime annualized rate is small.

Test the Household Cash Calendar

The rate difference may matter less to an owner than a bill coming due before the cash arrives. Use a separate household ledger to test that problem. Do not treat the DST's retained cash as money already available to the owner.

Return to Harbor Elm's early and later $20,000 schedules. For this spending test, assume the investor has $6,000 of separate available cash at the start. Planned spending is $4,000 on June 30, $8,000 on September 30, and $6,000 on December 31, 2025. There is no other income, interest, borrowing, or spending in this narrow model.

The original $100,000 investment has already been funded. It is not part of the $6,000 opening household balance. The final $110,000 exit receipt is not due until January 2027 and cannot fund these 2025 bills.

Point in the cash plan Early $20,000 received April 2 Later $20,000 due January 1, 2026
After June 30 spending $22,000 $2,000
After September 30 spending $14,000 Negative $6,000
After December 31 spending $8,000 Negative $12,000
After January 1, 2026 receipt $8,000 $8,000

A negative figure is a funding gap, not permission to overdraw an account. The later schedule needs up to $12,000 from another source to meet the stated bills on time. The table does not assume that a loan is available or calculate any borrowing cost.

Both paths finish with $8,000 after the January payment. That equal ending balance hides a serious difference in the months before it. The investor would need to delay spending, use another asset, or arrange a separate source of cash in the later case.

The SEC describes private placements as highly illiquid and warns that finding a buyer may be difficult. A household plan should therefore avoid treating a desired DST sale date as a dependable source of spending cash. SEC Private Placements Bulletin

Keep Estimated Dates Out of Actual Results

An exact date in a spreadsheet can create a false sense of certainty. A forecast entered as “June 30” may only mean that a payment is hoped for around midyear. That date can be useful for a scenario, but it is not a verified receipt.

Keep actual, scheduled, estimated, and unknown dates separate. An actual date needs support from the selected cash record. A scheduled date describes a plan or notice. An estimate is an assumption. Unknown means the evidence does not establish the date.

For example, moving Harbor Elm's later $20,000 from day 365 to day 379 lowers its annualized result from about 15.36% to 15.30%, with the final $110,000 still on day 730. That small difference does not justify filling in a missing date without evidence. The size of an error and the quality of the record are separate matters.

If only a month is known, test an early and late date within that month and label the range as an assumption. Do not report the midpoint as actual history. If the investment has not exited, keep the estimated exit amount and date visibly separate from received cash.

A summary can state both a cash-only record and a scenario that includes future receipts. The latter remains conditional. It should not be blended into the first and labeled a completed result.

Retain the previous forecast when dates change. A revised model may be useful for planning today, but overwriting the original schedule prevents a later review of how much the wait changed. Version names and clear dates make that comparison possible.

Separate Reinvestment From the Original DST

Receiving money earlier gives the owner choices. The money might be spent, saved, used to repay debt, or invested elsewhere. Those choices affect the owner's wider finances, but they are not extra receipts from the original DST.

In the Harbor Elm model, the investment itself pays $130,000 in every version. If the early $20,000 sits in a non-interest-bearing account until the end, it remains $20,000. The 16.71% IRR does not cause it to grow at 16.71% in that account.

A terminal-wealth comparison asks a different question: how much will the owner have at a common final date after accounting for what happened to early receipts? To answer it, specify a separate reinvestment assumption and any costs. Then show those outside earnings apart from the original investment's payments.

If no reinvestment earnings or spending are assumed, all three Harbor Elm versions produce the same $130,000 of cash by the end. Their earlier access to part of that cash differs. The annualized rates summarize that access pattern, while the final dollar total remains equal.

Do not silently assume that every distribution can be reinvested at the calculated IRR. An available opportunity may have a different rate, risk, minimum, or start date. The owner might also need the payment for living costs and have nothing left to reinvest.

A useful report places the two results beside each other: the original investment's dated return and a separately labeled household or reinvestment scenario. This prevents a high annualized figure from being read as a guarantee about future earnings on money already paid out.

Check the Ledger Before Trusting the Rate

Begin with the actual cash list. Each row should identify the amount, direction, date, source record, and whether the entry is actual or assumed. Confirm that the source belongs to the investor and interest being measured.

Match the totals before solving for a rate. In Harbor Elm, the outflow must be $100,000 and the receipts must sum to $130,000. If the receipt total is $150,000, look for a duplicated $20,000. If it is $110,000, the interim cash may have been omitted.

Keep corrections separate from extra payments. A revised statement may replace an earlier amount rather than add to it. A transfer between two accounts owned by the same investor also is not a second distribution from the DST. Track the cash through the accounts without counting the same receipt twice.

Check the starting event. If money leaves the investor's control before the interest closes, document what occurred during that period and which measure is being calculated. A funding-to-receipt calculation and an ownership-period calculation can have different starting dates. Neither label should conceal the other event.

Next, check the calendar. Dates stored as text can be misunderstood by software, especially when month and day order differ. Use a clear format such as January 1, 2025 in a report and an unambiguous date value in the calculation. Verify leap days rather than rounding every year to a fixed number of months.

Then test the result against the cash pattern. Moving a positive receipt later in the profitable Harbor Elm model should lower its positive annualized rate. If a spreadsheet reports the opposite, inspect the inputs and signs. The separate loss example shows why this check must fit the actual pattern rather than become a blanket rule.

Finally, retain the calculation method and rounding rule. The tables here round annual rates to two decimal places. Calculations use unrounded intermediate results. Display rounding can hide small differences, so use the full result when checking a reconciliation and the readable result when presenting it.

Write a Useful Timing Conclusion

A strong conclusion names the controlled change. For Harbor Elm, it could say that paying the first $20,000 on day 91 rather than day 365 raises the dated annualized rate from about 15.36% to 16.71%. It should also say that initial funding, final proceeds, and total cash gain are unchanged.

Add the investor consequence that the rate does not show. Under the separate spending assumptions, the later payment creates a peak $12,000 gap before it arrives. That finding has a clear cash date and amount. It does not depend on treating the annualized rate as a spendable yield.

Keep cause and measurement apart. A delayed receipt changes the calculation. The reason for the delay could involve a contract, processing, retained reserves, operating conditions, or a disputed amount. A cash ledger alone does not select among those explanations.

For an actual DST review, ask for the payment history and the definition used in the quoted performance figure. Reconcile any difference between issuer payment dates and investor receipt dates. Where evidence is missing, present the limitation beside the result rather than burying it in a general disclaimer.

A reader should leave with the dollars, the dates, and the remaining question. A return percentage becomes more useful when those facts are visible together.

FAQ

Can Two DSTs Pay the Same Dollars but Have Different Annualized Returns?

Yes. The timing of receipts can change a dated annualized measure. In the fictional Harbor Elm comparison, each schedule pays $130,000 after the same $100,000 investment. The rates differ because the first $20,000 arrives at different times. That does not establish that the properties, risks, fees, or rights of two real offerings are otherwise equal.

Does a Higher IRR Mean I Received More Profit?

Not necessarily. All three central schedules produce the same $30,000 cash gain before personal tax. Their IRRs differ because of timing. Check both the cash gain and the rate, with the full dated ledger. An annualized percentage is not an additional payment to add to the cash total.

Should I Use the Property Sale Date or My Final Receipt Date?

Use the date that fits the clearly stated measurement. An investor receipt calculation uses the owner's cash record. A property-level or issuer-level report can use different events. If proceeds reach the investor in several installments after closing, preserve those dates and amounts. Explain differences between the measures rather than forcing them to agree.

Why Can Waiting Longer Make an Annualized Loss Look Smaller?

A fixed loss spread across more time can produce a less-negative yearly rate. Receiving $90,000 after paying $100,000 still loses $10,000 whether the wait is one year or two. The two-year annualized loss is smaller per year, but no money was restored. Review the total loss and the longer period without access to cash.

Can I Multiply a Monthly Distribution by Twelve?

You can perform that arithmetic, but it only describes a yearly pace if the same amount repeats. It does not prove repetition or measure the entire investment's return. A special or delayed payment can distort the shortcut. Identify the payment's period and source, then compare it with the actual dated history.

What Should I Do When a Payment Date Is Missing?

Keep it unknown while seeking the supporting record. You can test clearly labeled date assumptions to see how sensitive the rate is, but those scenarios are not actual results. Do not use a document's issue date, a quarter-end date, or the current date as a silent substitute for an unverified receipt date.

Does IRR Tell Me Whether I Can Meet My Bills?

No. A return measure compresses a cash schedule into one number. A spending plan needs the actual dates and amounts of both receipts and bills. The Harbor Elm example ends with the same household cash under two schedules, yet the later one has a $12,000 funding gap before its payment arrives.

About Sequoia Research

Sequoia Research, LLC provides independent research on DSTs and other real estate investment offerings. This library explains source review and investment analysis through educational articles and reader-operated tools.

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