Investor Summary Checklist for a Property Offering

A one page investor summary states what the investor owns, how the offering earns its return, which risks come with it and what the investor keeps after fees. Deal points open the page, risk is placed ahead of return, and every performance figure names its period, its index and its fee treatment. The test is whether a reader can restate the economics in a few sentences without supplying assumptions of their own.

Deal points that open the page and what they settle

The opening block carries the deal points that make clear what is being offered. A reader who has to hunt for the structure in a paragraph of narrative has not yet been told what is on offer.

A clear investment structure is a compelling feature in a raise. An exit strategy or an acquisition price advantage can serve the same way, provided each is stated in terms a reader can test.

Below the deal points sit the investment approach and the track record. Portfolio statistics follow, with fees and terms alongside. A concise page with those items makes a reader more likely to spend a minute on it.

The investor buys an interest in an entity, and that interest sits at a defined place in the distribution order. A building description leaves that position unstated. A preferred return, where one exists, is a priority in the waterfall and is not a promised payment.

Income from operations and proceeds from a sale are separate sources of cash. When the opening folds them into one return claim, the reader cannot tell what arrives during the hold and what depends on an exit.

Each headline then carries its basis. A price advantage names what it is measured against. A return target names the cash that produces it. An exit names the conditions that have to hold for the stated result.

Risk first, return second: ordering the middle of the page

A return means little until it is set beside the risk taken to earn it. The question for the page is how much risk the offering requires to reach the stated return and how that risk compares with the index.

Putting risk first and return second follows from that question. A reader who meets the return figure first anchors on it, and the risk statement then reads as a qualification.

The reader needs a clear picture of what the offering does, along with its benefits and its risks. Benefits listed alone leave that picture half drawn.

A tear sheet starts from a comparison of performance with an index and adds history, alpha, standard deviation and Sharpe. Standard deviation measures how widely periodic returns spread around their average. Alpha is the part of a return that index exposure does not explain. Sharpe divides the return above a baseline short-term rate by standard deviation, so it expresses return per unit of volatility.

Expenses belong in the same block. A return shown before expenses beside a risk figure shown after them describes two different things.

Benchmarks, rolling windows and the population behind a volatility figure

The same return reads differently depending on what the index did over the same period.

Returns have to be measured against the benchmark. A 10 percent loss can be a good outcome, and a 10 percent gain may look weak if the index is up 15 percent.

The page therefore names the index and the period, and states the basis of both series. A comparison between a net return and a gross index return, or between two different periods, produces a gap that measures the mismatch.

Ten year rolling averages deserve a second look. Consecutive windows overlap on most of their years, so a run of them repeats largely the same history. Statistics can be presented misleadingly, and the page states the window and the number of independent observations behind it.

Volatility has a population problem as well. Fund volatility includes idiosyncratic risk from within-year differences in investments across funds, which makes it larger than the standard deviation of fund-weighted averages. A summary that quotes the smoother figure for a single offering has measured a different thing from the risk of holding that offering.

“Returns they really have to be measured against the benchmark because there are times when a 10% loss might be a really good outcome. And there are times when a 10% gain may not look that great if the index is up 15%.”

Showing the investor’s return after fees

Limited partners decide on what reaches them, so the summary presents the opportunity after fees. In one fund-level illustration, equity IRR is 16.9 percent before fees and 15.1 percent after fees.

IRR is the discount rate at which the net present value of dated cash flows is zero. Fees change the cash flows, and their timing matters. A fee paid at closing reduces the capital put to work, while a fee paid at exit reduces the final receipt.

The fee base matters too. A fee charged on committed capital and a fee charged on invested capital produce different dollar amounts from the same percentage.

The 16.9 and 15.1 belong to the illustration they came from. No standard deduction can be carried to another offering without rebuilding its own cash flows.

Worked example: a hypothetical $1,000,000 subscription under base and stressed outcomes

This illustration uses round hypothetical numbers. An investor subscribes $1,000,000. The sponsor charges a 2 percent upfront fee and a 1 percent annual asset management fee on subscribed capital for 5 years, paid out of exit proceeds with no compounding. There is a single exit at the end and no interim distributions. Both cases share one fee schedule over one 5 year hold on the same $1,000,000.

The upfront fee is $1,000,000 multiplied by 2 divided by 100, which equals $20,000. Invested capital is $1,000,000 minus $20,000, which equals $980,000. The annual fee is $1,000,000 multiplied by 1 divided by 100, which equals $10,000, and over 5 years it totals $10,000 multiplied by 5, which equals $50,000. Total fees are $20,000 plus $50,000, which equals $70,000.

Base case, property level: the asset returns 150 percent of invested capital, so gross proceeds are $980,000 multiplied by 150 divided by 100, which equals $1,470,000. The gross gain is $1,470,000 minus $980,000, which equals $490,000. The gross return on invested capital is $490,000 divided by $980,000, multiplied by 100, which equals 50 percent.

Base case, investor level: proceeds after the asset management fee are $1,470,000 minus $50,000, which equals $1,420,000. The net gain is $1,420,000 minus $1,000,000, which equals $420,000. The net return on the $1,000,000 paid in is $420,000 divided by $1,000,000, multiplied by 100, which equals 42 percent. The gap to the gross figure is 50 minus 42, which equals 8 percentage points.

Stressed case, property level: the asset returns 90 percent of invested capital, so gross proceeds are $980,000 multiplied by 90 divided by 100, which equals $882,000. The gross loss is $980,000 minus $882,000, which equals $98,000, or $98,000 divided by $980,000 multiplied by 100, which equals 10 percent.

Stressed case, investor level: proceeds after the asset management fee are $882,000 minus $50,000, which equals $832,000. The net loss is $1,000,000 minus $832,000, which equals $168,000. As a share of the $1,000,000 paid in, that is $168,000 divided by $1,000,000, multiplied by 100, which equals 16.8 percent. The loss is 16.8 minus 10, which equals 6.8 percentage points wider than the property level loss.

The base case gap splits into two parts. Fees of $70,000 on $1,000,000 cost $70,000 divided by $1,000,000, multiplied by 100, which equals 7 percentage points. The remaining point comes from the denominator: the $490,000 gain is 50 percent of invested capital but $490,000 divided by $1,000,000, multiplied by 100, which equals 49 percent of paid in capital, and 50 minus 49 equals 1.

Subtracting only the 2 percent upfront fee from the gross return would give 50 minus 2, which equals 48 percent, against a true 42 percent. These are single exit holding period returns. An IRR presentation would add the timing of each fee and distribution.

Pitfalls that change what an investor summary says

A gross return labeled as the investor’s return measures the asset and reports it as the investor’s result. In the worked example the same deal shows 50 percent at property level and 42 percent to the investor, and the label is the only thing that tells a reader which figure is on the page.

Subtracting a fee percentage from a gross return gives the wrong net figure because fees are dollars charged on a base that differs from the return base. In the example the shortcut produces 48 percent against a true 42 percent. The 16.9 and 15.1 percent IRR pair from one illustration shows the same point: the spread between them comes from that deal’s cash flows and carries to no other offering.

A benchmark gap read without the benchmark’s level misleads in both directions. A 10 percent loss may be a good result and a 10 percent gain may disappoint if the index is up 15 percent. A gap between a net investment return and a gross index return, or across unlike periods, mixes performance differences with differences in measurement.

An aggregate volatility figure answers a question about an average, while an investor holds one offering. Fund volatility includes idiosyncratic differences across investments and exceeds the standard deviation of fund-weighted averages, so quoting the smoother number for a single offering understates the dispersion a holder can experience.

Placing the return ahead of the risk, and quoting rolling average statistics without their window, both distort the comparison. The investor needs to see how much risk the return requires, and overlapping ten year windows carry mostly the same observations, so a run of them offers less evidence than its length suggests.

Investor summary checklist: questions the page has to answer

What exactly does the investor own, and what does it entitle the holder to receive? The interest in the entity is described apart from the building, with its place in the distribution order.

Do the deal points that open the page state the structure and the exit? An acquisition price advantage, where claimed, carries the basis it is measured against.

How does the offering earn its return?

Risk statements come ahead of return statements.

Is every return figure shown after fees? Gross figures, where shown, carry a label and sit beside the net result.

Which index and which period sit behind each comparison? Both series share a basis, and any rolling window is named.

Which population does each volatility figure measure? The page distinguishes the single offering from an average across funds.

What approach and track record, along with which portfolio statistics, support the offering? Expenses and fees appear beside them on the same page, together with the terms.

Testing the page by read back

A one page summary passes when a reader can repeat the offering back concisely and correctly. Repeating a point in a few words verifies that it was understood, and a concise written summary afterward keeps a record of what was discussed and decided.

The restatement shows where the page leaves gaps. A reader who describes a return as unconditional when it depends on an exit has located a missing condition, and the next draft can state it.

A reader who cannot follow what the offering does, or what benefits and risks come with it, is very unlikely to invest.

The same discipline applies between the summary and the fuller offering documents. A term whose definition shifts between them gives the reader two accounts of the economics, so each figure on the page traces to a single definition elsewhere.