When you evaluate DST properties, you'll encounter return projections — a cash-on-cash yield, an internal rate of return (IRR), maybe an equity multiple. These numbers are useful, but they're easy to misread, and they're never guarantees. A DST's total return comes from three sources: the current distributions you receive during the hold, the appreciation realized when the property sells, and the debt paydown (amortization) that builds equity if the DST uses financing. Cash-on-cash return measures only the first of those — current income — while IRR attempts to capture all of them, weighted by timing. Both rest on a chain of assumptions about occupancy, rent growth, expenses, reserves, debt service, and the eventual sale price. Change an assumption and the projected return changes with it. This guide explains the difference between cash-on-cash and IRR, how DST projections are built, why returns aren't guaranteed, how to stress-test the assumptions, and how to compare DST offerings fairly. Every return, yield, and IRR figure discussed here is a projection, not a promise — past performance does not guarantee future results, and actual results can differ materially. Baker 1031 does not provide tax or legal advice; this is educational information, not investment advice.
Cash-on-Cash vs. IRR
The two most common DST return metrics measure different things, and confusing them leads to bad comparisons. Cash-on-cash return is a current-income measure: it's the annual cash distributions you receive divided by the equity you invested. If you invest $100,000 and receive $5,000 in distributions over a year, your cash-on-cash return is 5%. It tells you how much current cash flow your investment generates in a given period — but it says nothing about appreciation, debt paydown, or what happens when the property sells.
IRR — internal rate of return — is a total-return measure that accounts for timing. It's the annualized rate that captures the full return over the hold: the distributions you receive each year, the debt paydown that builds equity, and the proceeds when the property sells, all weighted by when those cash flows occur. Because IRR is time-weighted, receiving a dollar sooner is worth more than receiving it later. So IRR attempts to summarize the entire investment in one figure, while cash-on-cash captures only the current-income slice for a single period. A DST can have a modest cash-on-cash yield but a higher IRR if appreciation and debt paydown contribute meaningfully at sale.
So cash-on-cash and IRR answer different questions — current income versus time-weighted total return — and both matter when you read a DST projection. Cash-on-cash vs. IRR — cash-on-cash return being annual cash distributions divided by invested equity (a current-income measure for a single period, ignoring appreciation and the sale), versus IRR being the time-weighted total return over the entire hold (capturing distributions, debt paydown, and sale proceeds, with earlier cash flows weighted more) — are distinct metrics that answer different questions. Cash-on-cash shows current yield; IRR shows total return over time. Understanding both prevents misreading a projection. Cash-on-cash return measures current income (distributions ÷ equity), while IRR measures time-weighted total return over the whole hold (distributions plus debt paydown plus sale) — different metrics for different questions.
How Projections Are Built
Every DST return projection is built from a chain of assumptions about how the property will perform, and understanding that chain is the key to reading projections critically. On the income side, the sponsor projects occupancy (how full the property stays), rent levels and rent growth (how much tenants pay and how that changes over the hold), and the timing of any lease-up or renewals. These drive the gross income the property is expected to generate year by year.
On the expense side, projections subtract operating expenses (taxes, insurance, management, maintenance, utilities) and set aside capital reserves for larger future repairs and improvements. Then debt service is layered in: if the DST uses financing, the projection accounts for interest paid and the principal amortization that pays down the loan over time. Finally — and crucially — the projection makes exit assumptions: a future sale price, usually derived from a projected net operating income at exit and an assumed exit cap rate (the capitalization rate a buyer would pay). The combination of projected income, expenses, reserves, debt service, and exit price produces the distribution stream and the eventual sale proceeds that flow into the cash-on-cash and IRR figures.
So a projection is a stack of assumptions — occupancy, rent growth, expenses, reserves, debt service, and exit price/cap rate — and the headline return is only as good as those inputs. How projections are built — layering income assumptions (occupancy, rent levels and growth, lease-up timing), expense and reserve assumptions (operating costs and capital reserves), debt-service effects (interest and amortization), and exit assumptions (a projected sale price from exit net operating income and an assumed exit cap rate) into a year-by-year cash-flow model — reveals that every headline return rests on a chain of inputs. Change an input and the return changes. Understanding the build lets you read projections critically. DST projections are built by stacking assumptions — occupancy, rent growth, expenses, reserves, debt service, and an exit price tied to an assumed cap rate — into a cash-flow model, so the headline return is only as reliable as those inputs.
A projected IRR is not a measurement — it's the output of a model. Whatever assumptions go in about rents, occupancy, and the exit cap rate determine what comes out the other end.
Why Returns Aren't Guaranteed
Because projections rest on assumptions, the returns they produce are never guaranteed — and it's important to internalize why. Each assumption can miss. Occupancy can come in lower than projected if a major tenant leaves or lease-up takes longer. Rent growth can stall or reverse in a soft market. Expenses can run higher than budgeted (insurance and property taxes have surprised many owners in recent years). Reserves can prove inadequate if a property needs more capital work than expected. And the exit assumption — the future sale price — depends on conditions years away that no one can know today.
The exit cap rate deserves special attention because it has an outsized effect. A projection might assume the property sells at the same cap rate it was bought at, but if interest rates rise or the market softens, buyers may demand a higher cap rate — which means a lower sale price for the same income, dragging down the realized IRR even if the property performed well operationally. Distributions, too, can be reduced or suspended if income falls short. So a DST's actual return can land above or below the projection, and the projection is a reasoned estimate, not a promise. Every yield, IRR, and equity multiple in an offering is projected, and past performance of the sponsor or asset class doesn't guarantee future results.
So returns aren't guaranteed because every input can deviate from plan — especially the exit assumption — and the projection is an estimate, not a commitment. Why returns aren't guaranteed — because each assumption can miss (occupancy can fall, rent growth can stall, expenses can overrun, reserves can prove thin) and the exit cap rate has an outsized effect (a higher exit cap rate means a lower sale price and a lower IRR even with good operations), so distributions and total return can land above or below projection — is fundamental to reading any DST offering honestly. Projections are estimates, not promises. Understanding this sets realistic expectations. DST returns aren't guaranteed because every assumption can deviate — occupancy, rents, expenses, reserves, and especially the exit cap rate — so actual results can differ materially from any projected yield or IRR.
Stress-Testing the Assumptions
Because the headline return depends on the assumptions, the most useful thing you can do is stress-test them — ask what happens to the projected return if key inputs come in worse than the base case. The point isn't to find a single 'right' answer but to understand how sensitive the projection is and whether it holds up under less favorable conditions. A projection that only works if everything goes right is fragile; one that still produces an acceptable outcome under conservative assumptions is more robust.
Concretely, you can stress a few key levers. What happens to distributions and IRR if occupancy is several points lower, or if a major lease isn't renewed? What if rent growth is flat instead of the assumed increase? What if operating expenses run higher? And — the big one — what if the exit cap rate is higher than assumed, meaning the property sells for less? Run the projection's logic with these less optimistic inputs and see how much the cash-on-cash and IRR fall. If the deal still works at a higher exit cap rate and lower rents, that's reassuring; if a small change in the exit cap rate erases most of the return, you know the projection is leaning heavily on a favorable exit. This sensitivity analysis turns a single headline number into a range of plausible outcomes.
So stress-testing converts a fragile-looking point estimate into a realistic range and reveals which assumptions the return truly depends on. Stress-testing the assumptions — asking what the projected distributions and IRR become under less favorable inputs (lower occupancy, a lost lease, flat rent growth, higher expenses, and especially a higher exit cap rate that lowers the sale price), to gauge how sensitive the return is and whether it holds up under conservative conditions — is the most useful discipline in evaluating DST properties. A return that survives stress is more robust than one that needs everything to go right. Understanding this reframes a headline number as a range. Stress-testing means re-running the projection with worse inputs — lower occupancy and rents, higher expenses, and a higher exit cap rate — to see how much the return falls and which assumptions it really depends on.
- Cash-on-cash return measures current income (distributions ÷ equity); IRR measures time-weighted total return over the whole hold.
- Every DST projection is built from assumptions — occupancy, rent growth, expenses, reserves, debt service, and an exit cap rate — so the return is only as good as the inputs.
- Returns aren't guaranteed: any assumption can miss, and the exit cap rate has an outsized effect on the realized IRR.
- Stress-test the assumptions and compare offerings on the same metrics and assumptions lens — a return that survives conservative inputs is more robust.
Comparing Offerings Fairly
Once you understand how projections are built and why they aren't guaranteed, you can compare DST offerings fairly — which requires putting them on the same footing. The trap is comparing headline numbers without checking what's behind them. One DST might show a higher projected IRR simply because it assumes more aggressive rent growth or a more favorable exit cap rate, not because the underlying real estate is better. Comparing the two top-line IRRs as if they were equivalent would be misleading.
To compare fairly, line up the same metrics and look through the same assumptions lens. Compare cash-on-cash to cash-on-cash and IRR to IRR — not one's yield against the other's total return. Then examine the assumptions driving each: are the rent-growth and occupancy assumptions similar, or is one far more optimistic? Is one assuming a lower (more favorable) exit cap rate than the other? Are the fee loads, leverage levels, and hold periods comparable? Adjusting for these differences — or at least noting them — lets you judge whether a higher projected return reflects a genuinely stronger deal or just rosier assumptions. The most disciplined approach is to stress both offerings with the same conservative inputs and compare the results on a level field.
So comparing offerings fairly means matching metrics, scrutinizing and equalizing assumptions, and stress-testing both the same way — not taking headline returns at face value. Comparing offerings fairly — matching like metrics (cash-on-cash to cash-on-cash, IRR to IRR), scrutinizing whether each projection's assumptions (rent growth, occupancy, exit cap rate, leverage, fees, hold) are comparable or whether one is simply more optimistic, and ideally stress-testing both offerings with the same conservative inputs to judge them on a level field — prevents being misled by a higher headline number that reflects rosier assumptions rather than a better asset. Compare apples to apples. Understanding this completes a disciplined evaluation. Compare DST offerings fairly by matching the same metrics, equalizing and scrutinizing the assumptions behind each, and stress-testing both with the same conservative inputs — so a higher projected return reflects a better deal, not just rosier assumptions.
A higher headline IRR can mean a better property — or just a more optimistic spreadsheet. The only way to tell is to compare the assumptions, not just the numbers they produce.
Reading the Full Return Picture
Beyond any single metric, it helps to read the full return picture a DST presents and understand how the pieces fit together. A DST's total return is the sum of current distributions over the hold, appreciation at sale, and debt paydown along the way. Cash-on-cash captures the first piece for a single period; IRR weaves all three together over time. An equity multiple (total dollars returned divided by dollars invested) is sometimes shown too — it captures total return but ignores timing, so it complements IRR rather than replacing it.
Reading the full picture means asking where each offering's projected return is coming from. Is it mostly current income (a higher cash-on-cash, modest appreciation), or is it leaning on a big projected gain at sale (a lower cash-on-cash but higher IRR driven by appreciation and a favorable exit cap rate)? An income-driven return depends mainly on the property staying leased and paying distributions; an appreciation-driven return depends heavily on exit conditions years away, which are less predictable. Neither is inherently better, but they carry different risk profiles, and knowing which one a projection relies on tells you what has to go right for the return to materialize. This is also why two DSTs with the same projected IRR can be very different investments.
So reading the full return picture — separating income from appreciation and debt paydown, and seeing which drives the projection — reveals what each return actually depends on. Reading the full return picture — recognizing that total return combines current distributions, appreciation at sale, and debt paydown (with cash-on-cash capturing current income, IRR weaving all three over time, and an equity multiple capturing total dollars but ignoring timing), and asking whether a projected return is income-driven or appreciation-driven (each carrying a different risk profile and depending on different things going right) — lets you see past a single number to what the return truly rests on. Two equal IRRs can be very different deals. Understanding this deepens your evaluation. Read the full return picture by separating income, appreciation, and debt paydown and asking which drives each projection — an income-driven return depends on staying leased, while an appreciation-driven one depends on uncertain exit conditions.
How Baker 1031 Helps You Evaluate DST Returns
Baker 1031 Investments helps investors understand and evaluate DST return projections — the difference between cash-on-cash and IRR, how projections are built, why returns aren't guaranteed, how to stress-test the assumptions, and how to compare offerings fairly — so you can read DST properties critically and choose investments whose projected returns rest on reasonable, well-understood assumptions.
DST interests are securities offered through the broker-dealer, Aurora Securities, Inc. (member FINRA/SIPC), to accredited investors after a suitability review. We help you look behind the headline numbers — examining the occupancy, rent-growth, expense, reserve, debt-service, and exit-cap-rate assumptions that drive each projection — and we compare offerings on the same metrics and the same assumptions lens, stress-testing the inputs so you understand the range of plausible outcomes rather than a single optimistic figure. Baker 1031 does not provide tax or legal advice; your CPA handles how the income, depreciation, and any gain are taxed in your situation. We're explicit that every yield, IRR, and equity multiple is a projection, not a guarantee — projections rest on assumptions that can miss, distributions can be reduced, properties can sell for less than projected, and past performance does not guarantee future results. Our role is to help you evaluate DST return projections clearly and invest only when the assumptions and the structure are suitable for your goals and risk tolerance.
Frequently Asked Questions
What is cash-on-cash return in a DST?
Cash-on-cash return is a current-income measure: it's the annual cash distributions you receive divided by the equity you invested. If you invest $100,000 in a DST and receive $5,000 in distributions over a year, your cash-on-cash return for that year is 5%. It tells you how much current cash flow your investment is generating in a given period, expressed as a percentage of what you put in. Cash-on-cash is intuitive and useful for understanding the income a DST is expected to produce while you hold it. But it has an important limitation: it captures only current income, ignoring appreciation, debt paydown, and what happens when the property is eventually sold. So a DST with a modest cash-on-cash yield might still deliver a strong total return if the property appreciates, and a high cash-on-cash yield doesn't guarantee a good overall outcome. So treat cash-on-cash as one piece of the return picture — the current-income piece — not the whole story. Pair it with a total-return measure like IRR for a complete view.
What is IRR in a DST?
IRR — internal rate of return — is a total-return measure that accounts for the timing of cash flows. It's the annualized rate that captures the full return over the DST's hold: the distributions you receive each year, the debt paydown that builds equity if the DST uses financing, and the proceeds when the property is sold, all weighted by when those cash flows occur. Because IRR is time-weighted, a dollar received sooner counts for more than a dollar received later. This makes IRR a more complete summary of an investment than cash-on-cash, which captures only current income for a single period. A DST can show a modest cash-on-cash yield but a higher IRR if appreciation and debt paydown contribute meaningfully at sale — or a high cash-on-cash but lower IRR if the exit is weak. So IRR attempts to express the entire investment in one annualized figure, accounting for both how much you receive and when. Remember that a projected IRR is the output of a model built on assumptions, not a guaranteed result — actual IRR can differ materially.
What's the difference between cash-on-cash and IRR?
They measure different things. Cash-on-cash return is annual cash distributions divided by invested equity — a current-income measure for a single period that ignores appreciation, debt paydown, and the eventual sale. IRR (internal rate of return) is the time-weighted total return over the entire hold, capturing distributions, debt paydown, and sale proceeds, with earlier cash flows weighted more heavily. So cash-on-cash answers 'how much current income am I getting on my money right now?' while IRR answers 'what's my annualized total return over the whole investment, accounting for timing?' A DST can have a modest cash-on-cash yield but a higher IRR if appreciation and debt paydown boost the return at sale; conversely, a high current yield doesn't guarantee a high IRR if the exit disappoints. Because they answer different questions, you should never compare one DST's cash-on-cash to another's IRR — compare like to like. So use both metrics together: cash-on-cash for the current-income picture and IRR for the time-weighted total return. Each tells you something the other doesn't.
How are DST return projections built?
A DST return projection is a year-by-year cash-flow model built from a chain of assumptions. On the income side, the sponsor projects occupancy, rent levels, rent growth, and the timing of any lease-up or renewals to estimate gross income. On the expense side, it subtracts operating expenses (taxes, insurance, management, maintenance, utilities) and sets aside capital reserves for future repairs. If the DST uses financing, debt service is layered in — interest paid and principal amortization that pays down the loan. Finally, the model makes exit assumptions: a projected future sale price, usually derived from an exit net operating income and an assumed exit cap rate. Combining projected income, expenses, reserves, debt service, and exit price produces the distribution stream and sale proceeds that flow into the cash-on-cash and IRR figures. So the headline return is the output of all these inputs stacked together — and it's only as reliable as the assumptions behind it. So when you read a projection, look at the assumptions, not just the result. Changing any input changes the projected return.
Why aren't DST returns guaranteed?
DST returns aren't guaranteed because every projection rests on assumptions, and each assumption can miss. Occupancy can come in lower if a tenant leaves or lease-up takes longer than planned. Rent growth can stall or reverse in a soft market. Operating expenses — insurance, property taxes — can run higher than budgeted. Reserves can prove inadequate if the property needs more capital work than expected. And the exit assumption, the future sale price, depends on market conditions years away that no one can predict. The exit cap rate is especially influential: if rates rise or the market softens, buyers may demand a higher cap rate, meaning a lower sale price for the same income and a lower realized IRR even if operations went well. Distributions can also be reduced or suspended if income falls short. So actual results can land above or below the projection. Every yield, IRR, and equity multiple in a DST offering is a projection, not a promise, and past performance doesn't guarantee future results. Treat projections as reasoned estimates, not commitments, and weigh the assumptions critically.
What is an exit cap rate and why does it matter?
The exit cap rate (capitalization rate) is the rate a future buyer is assumed to pay when the DST's property is sold — it's the ratio of the property's net operating income to its sale price. A projection estimates the sale price by dividing the projected exit net operating income by the assumed exit cap rate, so the cap rate has an outsized effect on the projected return. A lower exit cap rate means a higher sale price (and higher IRR); a higher exit cap rate means a lower sale price (and lower IRR), for the same income. This matters because cap rates move with interest rates and market conditions. If a projection assumes the property sells at the same cap rate it was bought at, but rates rise and buyers demand a higher cap rate, the realized sale price — and your return — can fall well below projection, even if the property performed well operationally. So the exit cap rate is one of the most important assumptions to scrutinize and stress-test. A small change in it can swing the projected IRR substantially. Ask what exit cap rate a projection assumes and whether it's realistic.
How do I stress-test a DST projection?
Stress-testing means re-running the projection's logic with less favorable inputs to see how much the return falls and which assumptions it depends on. Start with the key levers. What happens to distributions and IRR if occupancy is several points lower than projected, or if a major lease isn't renewed? What if rent growth is flat instead of the assumed increase? What if operating expenses run higher than budgeted? And — the most important — what if the exit cap rate is higher than assumed, meaning the property sells for less? Run the numbers under these conservative inputs and compare the resulting cash-on-cash and IRR to the base case. If the deal still produces an acceptable outcome under tougher assumptions, the projection is relatively robust; if a small change in the exit cap rate or occupancy erases most of the return, the projection is fragile and leaning heavily on everything going right. This sensitivity analysis turns a single headline number into a realistic range of outcomes. So stress-test before investing, and favor projections that hold up under conservative assumptions. A broker-dealer can help you run and interpret these scenarios.
How can I compare two DST offerings fairly?
Comparing DST offerings fairly means putting them on the same footing rather than comparing headline numbers at face value. First, match like metrics: compare cash-on-cash to cash-on-cash and IRR to IRR — never one DST's current yield against another's total return. Second, scrutinize the assumptions behind each projection: are the rent-growth and occupancy assumptions similar, or is one far more optimistic? Is one assuming a lower (more favorable) exit cap rate? Are the leverage levels, fee loads, and hold periods comparable? A higher projected IRR might reflect a genuinely stronger deal — or just more aggressive assumptions. Third, ideally stress-test both offerings with the same conservative inputs and compare the results on a level field. Adjusting for these differences, or at least noting them, lets you judge whether a higher return reflects a better asset or rosier assumptions. So don't compare top-line numbers in isolation; compare the metrics, the assumptions, and the stressed outcomes. That's how you tell a better deal from a more optimistic spreadsheet. A broker-dealer can help you line offerings up consistently.
What is an equity multiple in a DST?
An equity multiple is a simple total-return measure: the total dollars returned to you (all distributions plus your share of the sale proceeds) divided by the dollars you invested. An equity multiple of 1.6x, for example, means you received $1.60 back for every $1.00 invested over the hold. Unlike cash-on-cash (which is a per-period current-income measure) or IRR (which is time-weighted), the equity multiple captures total dollars returned but ignores timing — so it doesn't distinguish between receiving your return quickly or slowly. That's why the equity multiple complements IRR rather than replacing it: two DSTs can have the same equity multiple but very different IRRs if one returns capital faster. So when you see an equity multiple in a DST projection, read it alongside the IRR and cash-on-cash for a complete picture — the multiple tells you the total magnitude of the projected return, while IRR tells you the time-weighted rate. Like all projected metrics, an equity multiple is an estimate based on assumptions, not a guarantee. Verify the assumptions behind it and stress-test the exit before relying on it.
Is a higher projected IRR always better?
Not necessarily. A higher projected IRR can reflect a genuinely stronger deal — better real estate, a stronger market, a more capable sponsor — but it can also simply reflect more optimistic assumptions: aggressive rent growth, high occupancy, or a favorable (low) exit cap rate. Two DSTs with very different underlying quality can show similar IRRs, and a DST with a higher headline IRR can be riskier if that return leans heavily on a big projected gain at sale rather than on durable current income. An appreciation-driven IRR depends on exit conditions years away, which are less predictable than ongoing rent. So a higher projected IRR isn't automatically better; you have to ask where it comes from and how sensitive it is to the assumptions. Stress-test it: if a modest change in the exit cap rate or occupancy collapses the return, the high IRR is fragile. A lower but more robust projected return, well-supported by conservative assumptions, may be preferable. So judge IRR in context — alongside the assumptions, the source of the return, and the stressed outcomes — not in isolation. Higher isn't always better.
What drives a DST's total return?
A DST's total return comes from three sources. First, current distributions: the net rental income the property generates during the hold, paid to you periodically — this is the income piece that cash-on-cash measures. Second, appreciation: any increase in the property's value, realized when the sponsor sells the property at the end of the hold. Third, debt paydown (amortization): if the DST uses financing, the loan principal is gradually paid down over the hold, building equity that adds to your proceeds at sale. IRR weaves all three together over time, weighted by when each cash flow occurs. The mix matters: an income-driven DST relies mainly on staying leased and paying distributions, while an appreciation-driven DST leans on a strong exit, which depends on market conditions years away. So when you evaluate a DST's projected return, ask which of these three sources drives it and how reliable that source is. Distributions depend on ongoing operations; appreciation depends on uncertain exit conditions; debt paydown is more mechanical but depends on the DST using leverage. All three are projected, not guaranteed.
How does leverage affect DST returns?
Leverage — the financing a DST uses to acquire its property — affects returns in two ways. First, it contributes debt paydown: as the loan principal amortizes over the hold, equity builds, adding to the proceeds you receive at sale. Second, leverage amplifies both gains and losses. With debt in the capital structure, a given change in the property's value translates into a larger percentage change in your equity — so if the property appreciates, leverage can magnify the return, but if it declines, leverage magnifies the loss. Leverage also affects current cash flow: interest payments reduce the income available for distributions, and if the property's income falls, debt service still has to be paid, which can squeeze or eliminate distributions. Most DSTs use non-recourse financing, meaning the lender's recourse is generally limited to the property, not the investors personally. So leverage can enhance projected returns and provide debt-replacement for 1031 investors, but it adds risk and makes the return more sensitive to the property's performance. So weigh a DST's leverage level when reading its projection — more leverage means more amplification, in both directions. Understand the loan terms and the risk.
Can DST distributions be reduced or suspended?
Yes — DST distributions are not guaranteed and can be reduced or suspended if the property's income falls short of projections. Distributions are paid from the net rental income the property generates after expenses and debt service, so if occupancy drops, rents soften, expenses rise, or debt service consumes more of the income, there may be less available to distribute — and the sponsor may reduce or pause distributions to preserve the property's financial health. This is one reason the projected cash-on-cash yield is an estimate, not a promise: the actual distributions you receive depend on how the property performs. A DST projection showing a steady distribution assumes the property meets its income assumptions, which it may not. So when you evaluate a DST, don't treat the projected distribution as a fixed payment — understand that it can vary with the property's performance, and stress-test what happens to distributions if income comes in lower. So size any income expectation conservatively and recognize that DST distributions carry real risk. Past distribution levels, whether for the sponsor or the asset class, don't guarantee future ones.
Should I focus on yield or total return when evaluating a DST?
You should consider both, but understand that current yield (cash-on-cash) and total return (IRR) tell you different things, and focusing only on yield can mislead. A high current yield is attractive for income, but it doesn't capture appreciation, debt paydown, or the exit — and a high yield can sometimes reflect return of your own capital or an unsustainable distribution rather than durable performance. A DST with a lower current yield but strong projected appreciation and debt paydown can deliver a better total return (higher IRR) than a high-yield DST with a weak exit. So evaluating a DST on yield alone gives an incomplete, potentially misleading picture. The more complete approach is to look at total return (IRR and equity multiple) alongside current yield, and to understand which sources — income, appreciation, debt paydown — drive the projected return. So don't chase the headline yield; weigh the full return picture and the assumptions behind it. A lower-yield, total-return-driven DST may be the better investment, depending on your goals. Compare offerings on consistent metrics, and stress-test the assumptions before deciding.
How does Baker 1031 help me evaluate DST returns?
We help investors understand and evaluate DST return projections — the difference between cash-on-cash and IRR, how projections are built, why returns aren't guaranteed, how to stress-test the assumptions, and how to compare offerings fairly — so you can read DST properties critically and choose investments whose projections rest on reasonable assumptions. DST interests are securities offered through the broker-dealer, Aurora Securities, Inc. (member FINRA/SIPC), to accredited investors after a suitability review. We help you look behind the headline numbers — examining the occupancy, rent-growth, expense, reserve, debt-service, and exit-cap-rate assumptions — and we compare offerings on the same metrics and assumptions lens, stress-testing the inputs so you see a range of outcomes, not a single optimistic figure. Baker 1031 does not provide tax or legal advice; your CPA handles how income, depreciation, and gain are taxed. We're explicit that every yield, IRR, and equity multiple is a projection, not a guarantee — assumptions can miss, distributions can be reduced, and past performance doesn't guarantee future results. Our role is to help you evaluate projections clearly and invest only when suitable.
Glossary
- DST
- A Delaware Statutory Trust holding income-producing real estate as fractional interests.
- Cash-on-Cash Return
- Annual cash distributions divided by invested equity — a current-income measure.
- IRR (Internal Rate of Return)
- The time-weighted total return over the hold, accounting for timing.
- Equity Multiple
- Total dollars returned divided by dollars invested (ignores timing).
- Total Return
- Distributions plus appreciation plus debt paydown over the hold.
- Distributions
- Periodic payments of net rental income to DST investors.
- Appreciation
- Any increase in the property's value, realized at sale.
- Debt Paydown (Amortization)
- Loan principal repaid over the hold, building equity.
- Occupancy
- The share of the property leased — a key income assumption.
- Rent Growth
- The assumed rate at which rents rise over the hold.
- Operating Expenses
- Costs (taxes, insurance, management) subtracted from gross income.
- Capital Reserves
- Funds set aside for larger future repairs and improvements.
- Debt Service
- The interest and principal payments on the DST's financing.
- Exit Cap Rate
- The capitalization rate assumed for the future sale price.
- Net Operating Income (NOI)
- Income after operating expenses, before debt service.
- Stress Test
- Re-running a projection with conservative inputs to test sensitivity.
Sources & References
- IRS. Revenue Ruling 2004-86 (Delaware Statutory Trusts)
- FINRA. Real Estate Investments
- Cornell Legal Information Institute. 26 U.S. Code § 1031 — Exchange of real property held for productive use or investment
- U.S. Securities and Exchange Commission. Investor Bulletin: Accredited Investors — Updated
Disclosures
This article is published by Baker 1031 Investments, LLC for general educational purposes for accredited investors and is not an offer to sell or a solicitation of an offer to buy any security, nor is it tax, legal, accounting, or investment advice or a recommendation. Any securities offering is made solely through a sponsor’s private placement memorandum (PPM) following a suitability determination. Securities offered through Aurora Securities, Inc. (ASI), member FINRA / SIPC; Baker 1031 Investments is independent of ASI.
Oil & gas mineral and royalty interests and DST programs are speculative, illiquid securities sold only to verified accredited investors and involve substantial risk, including possible loss of principal, commodity-price and production-decline risk, lack of control, and the risk that an intended 1031 exchange fails to qualify for tax deferral. Whether a particular interest qualifies as like-kind real property is a fact-specific legal determination that varies by state and by the terms of the instrument. Tax results depend on your individual circumstances. Consult your own CPA and attorney before acting. Past performance does not guarantee future results.
