Tag: RealData

My latest: Mastering Real Estate Investment

I’m hoping that, by now, you’ve heard I have a new book out: “Mastering Real Estate Investment: Examples, Metrics and Case Studies.” It was released just a few weeks ago, and like any proud author I’m pleased to say it’s doing well.

And so…  what’s it’s all about?  An why did I think anyone would read it?

I’d probably describe it best as being two books in one.  Quite a few readers of my first book, “What Every Real Estate Investor Needs to Know About Cash Flow…,” told me they wanted to see more examples of the 37 key calculations I discussed there. That’s an entirely reasonable request; most of us learn better from examples.

So, I began with the idea of creating a workbook of sorts.  For each of my 37 metrics I created a series of sample problems that the reader could work through.  And, of course, I provided the step-by-solution for every problem.

I would humbly submit (all right, maybe not so humbly) that this was a good idea, because to master anything you have to roll up your sleeves and get involved with it.  You can’t just read about these concepts, you have to practice them if you expect to internalize them as part of your approach to investing.  And that, by the way, is how “Mastering” got into the title.

It’s one thing to master these concepts, but it’s yet another to understand how to integrate them and apply them — and that’s why I wrote the second part of the book, the case studies.  I took four different type of properties — a single-family rental, a development project, and apartment building, and a commercial property.

What I tried to do here was to take real-life situations, where you have to deal with asking prices that may be realistic or not; where you encounter seller representations that may be accurate or not; where you have to make judgments and forecasts using imperfect current knowledge.

One of my goals in this part of the book was to show you how to play, “What if…” with your forecasts so as to give you a sense of the range of possible outcomes for your investment if things like rent projections, interest rates, resale costs varied.  Also, in a departure from some of my usual topics, I tried to show how to look at a re-hab project — specifically, how to estimate an appropriate price for a property that you plan to re-develop into an income-producing investment.

Part 2 of the book can stand on its own, so if you’re comfortable with concepts like NOI, cap rate, discounted cash flow and IRR, go ahead an read this part first.

You’ll find more about this book, and my others, here.

NPV, PI, IRR, FMRR, MIRR, CpA — Stirring the Alphabet Soup of Real Estate Investing, Part 2

IRR – Internal Rate of Return

Internal Rate of Return (IRR) seems to befuddle many investors, but if you understand Discounted Cash Flow and Net Present Value, then you already understand IRR. That’s because it is really the same process, but one where you are solving for a different unknown.

In DCF, you believe you know what the future cash flows will be, and you believe you know the rate at which those cash flows should be discounted. Your mission is to figure the Present Value of the cash flows.

With IRR, you still believe you know what the future cash flows will be, but now you know the Present Value and want to find the discount rate. How is it that you know the Present Value? This is a deal happening in the real world. The PV is the amount of cash you are paying for those future cash flows.

When you solve for the IRR, you are looking for the discount rate that accurately describes the relationship between those future cash flows and the money you put on the table on Day One.

When you’ve found the discount rate that makes the PVs of the future cash flow equal to your initial investment, you’ve found the IRR. You can express this another way: When you’ve found the discount rate that makes the NPV equal zero, you’ve found the IRR.

Admittedly, the math to find the IRR is ugly, but if you’re reading this then you probably have a computer (or a highly sensitive gold filling that also picks up the BBC on the Internet); there are plenty of tools, including Microsoft Excel and our own RealData software that will do the job for you.

IRR is the measurement of choice for many investors because it take into account both the timing and the magnitude of your cash flows. Consider this example:

You still have that $300,000 to invest, and you can invest it in the property you saw in the first example, yielding these cash flows and IRR:

Year 0 Initial Investment:
(300,000)
Year 1 Cash Flow:
10,000
Year 2 Cash Flow:
20,000
Year 3 Cash Flow:
25,000
Year 4 Cash Flow:
30,000
Year 5 Cash Flow:
385,000
(includes the proceeds of sale)
IRR = 10.32%

Or you can acquire this property:

Year 0 Initial Investment:
(300,000)
Year 1 Cash Flow:
80,000
Year 2 Cash Flow:
50,000
Year 3 Cash Flow:
30,000
Year 4 Cash Flow:
10,000
Year 5 Cash Flow:
300,000
(includes the proceeds of sale)
IRR = 12.97%

If you add up the cash inflows and outflows for both properties, you will find that each has $300,000 going out in Year 0, and a total of $470,000 coming in over the next five years. However, the second property shows a significantly higher IRR. Both properties have the same total number of dollars going out and coming in over five years, but the second property shows a greater return on investment. Why?

Because IRR is indeed sensitive to both the timing and amount of cash flow. The first property has a big payday, but you have to wait five years to get the money. In the meantime, annual cash flows are relatively modest.

In the sale year the second property returns combined cash from operation and resale that is only as much as you originally invested to acquire the property. However, the intervening cash flows are much larger, especially the earlier ones. The early cash flows are especially valuable because you don’t have to wait long to receive them and therefore you don’t have to discount their values so greatly.

But Wait…

This sounds terrific; we’ve found the perfect way to measure our investment’s return. But wait – on closer inspection, IRR has a few warts. Sometimes its results are imperfect, sometimes even misleading. In the third installment of this series, we will look at the problems with IRR and at some potential solutions. We’ll examine FMRR and Modified IRR, and how they provide us with a means of dealing with the shortcomings.

—Frank Gallinelli

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Your time and your investment capital are too valuable to risk on a do-it-yourself investment spreadsheet. For more than 30 years, RealData has provided the best and most reliable real estate investment software to help you make intelligent investment decisions and to create presentations you can confidently show to lenders, clients, and equity partners. Learn more at www.realdata.com.

Copyright 2008, 2014,  Frank Gallinelli and RealData® Inc. All Rights Reserved

The information presented in this article represents the opinions of the author and does not necessarily reflect the opinions of RealData® Inc. The material contained in articles that appear on realdata.com is not intended to provide legal, tax or other professional advice or to substitute for proper professional advice and/or due diligence. We urge you to consult an attorney, CPA or other appropriate professional before taking any action in regard to matters discussed in any article or posting. The posting of any article and of any link back to the author and/or the author’s company does not constitute an endorsement or recommendation of the author’s products or services.

NPV, PI, IRR, FMRR, MIRR, CpA – Stirring the Alphabet Soup of Real Estate Investing, Part 1

NPV, PI, IRR, FMRR, MIRR, CpA–It may seem like a witch’s brew of random letters, but truly, it’s just real estate investing. You can handle it. Any or all of these measures can be useful to you, if you understand what they mean and when to use them.

NPV – Net Present Value

NPV, or Net Present Value, is connected to what all good real estate investors and appraisers do, namely discounted cash flow analysis (aka DCF, if you’d like some more initials).

Discounted Cash Flow is a pretty straightforward undertaking. You project the cash flows that you think your investment property will achieve over the next 5, 10, even 20 years. Then you pause to remind yourself that money received in the future is less valuable than money received in the present. So, you discount each of those future cash flows by a rate equal to the “opportunity cost” of your capital investment. The opportunity cost is the rate you might have earned on your money if you didn’t spend it to buy this particular property.

Consider this example, where you invest $300,000 in cash to earn the
following cash flows:

Year 1 Cash Flow:
10,000
Year 2 Cash Flow:
20,000
Year 3 Cash Flow:
25,000
Year 4 Cash Flow:
30,000
Year 5 Cash Flow:
385,000
(includes the proceeds of sale)

If you discount each of these cash flows at 10%, then add up their discounted values, you’ll get 303,948:

Year 1, Discounted:
9,091
Year 1, Discounted:
16,529
Year 1, Discounted:
18,783
Year 1, Discounted:
20,490
Year 1, Discounted:
239,055
Total PV of Cash Flows:
303,948

Now you have the Present Value of all the future cash flows. However, you also had a cash flow when you initially purchased the property (call that Day 1 or Year 0) – a cash outflow of $300,000, your initial investment. To get the Net Present Value, you find the difference between the discounted value of the future cash flows (303,948) and what you paid to get those cash flows (300,000).

NPV = PV of future Cash Flows less Initial Investment
NPV = 303,948 – 300,000 = 3,948

What does that mean to you as an investor? If the NPV is positive, it suggests that the investment may be a good one. That’s because a positive NPV means the property’s rate of return is greater than the rate you identified as your opportunity cost. The more positive it is in relation to the initial investment, the more inclined you’ll be to look favorably on this investment. Your result here is not stellar, but it is at least positive.

If the NPV is negative, the property returns at a rate that is less than your opportunity cost, so you should probably reject this investment and put your money elsewhere.

That’s all fine, to the extent that you’re confident about that discount rate, your opportunity rate. You estimated 10% in the example above. What if you adjust that estimate by one-half of one percent either way?

NPV @ 9.5%
= 10,284
NPV @ 10.0%
= 3,948
NPV @ 10.5%
= (2,244)

How about one full percent?

NPV @ 9.0%
= 16,789
NPV @ 10.0%
= 3,948
NPV @ 11.0%
= (8,238)

Clearly, the NPV here is very sensitive to changes in the discount rate. If you revise your thinking just slightly about the appropriate discount rate, then the conclusion you draw may likewise need to be revised. As little as a half-point difference could change your attitude from luke-warm to hot or cold. The prudent investor will test a range of reasonable discount rates to get a sense of the range of possible results.

While we’re beating up on NPV, let’s also note that it doesn’t do you much good if your goal is to compare alternative investments. To have some kind of meaningful comparison, you need at least to keep the holding period for both properties the same. But what if one property requires that $300,000 cash investment, but the alternative investment requires $400,000?

PI – Profitability Index

Fortunately, NPV has a cousin that can help you with that problem: Profitability Index. While the NPV is the difference between the Present Value of future cash flows and the amount you invested to acquire them, Profitability Index is the ratio. It doesn’t tell you the number of dollars; it tells you how big the return is in proportion to the size of the  investment.

So where the NPV in the example above was equal to 303,948 minus 300,000, the Profitability Index looks like this:

PI = 303,948 / 300,000 = 1.013

If, quite improbably, you expected exactly the same cash flows from the property that required a 400,000 investment, you would expect your Profitability Index to be much worse, and it is.

PI = 303,948 /400,000: = 0.760

A Profitability Index of exactly 1.00 means the same as an NPV of zero. You’re looking at two identical amounts, in one case divided by each other so they give a result of 1.00 and in the other case subtracted one from the other, equaling zero.

An Index greater than 1.00 is a good thing, the investment is expected to be profitable; an Index less than 1.00 is a loser. When you compare two investments, you expect the one with the greater Index to show the greater profit.

There is a good deal more stirring about in our alphabet soup, so join us for the next installment when we look at IRR – Internal Rate of Return.

—Frank Gallinelli

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Your time and your investment capital are too valuable to risk on a do-it-yourself investment spreadsheet. For more than 30 years, RealData has provided the best and most reliable real estate investment software to help you make intelligent investment decisions and to create presentations you can confidently show to lenders, clients, and equity partners. Learn more at www.realdata.com.

Copyright 2008, 2014,  Frank Gallinelli and RealData® Inc. All Rights Reserved

The information presented in this article represents the opinions of the author and does not necessarily reflect the opinions of RealData® Inc. The material contained in articles that appear on realdata.com is not intended to provide legal, tax or other professional advice or to substitute for proper professional advice and/or due diligence. We urge you to consult an attorney, CPA or other appropriate professional before taking any action in regard to matters discussed in any article or posting. The posting of any article and of any link back to the author and/or the author’s company does not constitute an endorsement or recommendation of the author’s products or services.

 

Understanding Net Operating Income (NOI)

In a recent article, we discussed the use of capitalization rates to estimate the value of a piece of income-producing real estate. Our discussion concerned the relationship among three variables: Capitalization Rate, Present Value and Net Operating Income.

We may have gotten a bit ahead of ourselves, since some of our readers were unclear on the precise meaning of Net Operating Income. NOI, as it is often called, is a concept that is critical to the understanding of investment real estate, so we are going to backtrack a bit and review that subject here.

Everyone in business or finance has encountered the term, “net income” and understands its general meaning, i.e., what is left over after expenses are deducted from revenue.

With regard to investment real estate, however, the term, “Net Operating Income” is a minor variation on this theme and has a very specific meaning. You might think of NOI as the number of dollars a property returns in a given year if the property were to be purchased for all cash and before consideration of income taxes or capital recovery. By more formal definition, it is a property’s Gross Operating Income less the sum of all operating expenses.

We have now succeeded in confounding our readers and compounding their problem by replacing one undefined term with two.

Let’s take these two new terms one at a time:

Gross Operating Income: Definitions are like artichokes. You need to peel the layers off one at a time. In this case, take the Gross Scheduled Income, which is the property’s annual income if all space were in fact rented and all of the rent actually collected. Subtract from this amount an allowance for vacancy and credit loss. The result is the Gross Operating Income.

Operating Expenses: This is the term that causes the greatest mischief. Many people say, “If I have to pay it, then it’s an operating expense.” That is not always true. To be considered a real estate operating expense, an item must be necessary to maintain a piece of a property and to insure its ability to continue to produce income. Loan payments, depreciation and capital expenditures are not considered operating expenses.

For example, utilities, supplies, snow removal and property management are all operating expenses. Repairs and maintenance are operating expenses, but improvements and additions are not – they are capital expenditures. Property tax is an operating expense, but your personal income-tax liability generated by the property is not. Your mortgage interest may be a deductible expense, but it is not an operating expense. You may need a mortgage to afford the property, but not to operate it.

Subtract the Operating Expenses from the Gross Operating Income and you have the NOI.

Why all the nitpicking? Because NOI is essential to apprehending the market value of a piece of income-producing real estate. That market value is a function of its “income stream,” and NOI is all about income stream. As heartless as it may sound, a real estate investment is not a felicitous assemblage of bricks, boards, bx cables and bathroom fixtures. It is an income stream generated by the operation of the property, independent of external factors such as financing and income taxes.

In truth, investors don’t decide to buy properties; they decide to buy the income streams of those properties. This is not such a radical notion. When was the last time you chose a stock based upon the aesthetics of the stock certificate? (“Broker, what do you have in a nice mauve filigree border?”) Never. You buy the anticipated economic benefits. The same is true of investors in income-producing real estate.

Those readers who have not yet been lulled to sleep by this dissertation will alertly point out that they have in fact observed changes in the value of income property precipitated by changes in mortgage interest rates and in tax laws. Doesn’t that observation contradict our assertion about external factors?

Go back to our earlier article on the use of capitalization rates, and you will recall that there are two elements to the value equation: the NOI and the cap rate. The NOI represents a return on the purchase price of the property; and the cap rate is the rate of that return. Hence, a property with a $1,000,000 purchase price and a $100,000 NOI has a 10% capitalization rate. However, the investor will purchase that property for $1,000,000 only if he or she judges 10% to be a satisfactory return.

What happens if interest rates go up? In that case, there may be other opportunities competing for the investor’s capital  – bonds, for example –  and that investor may now be interested in this same piece of property only if its return is higher, say 12%. Apply the 12% cap rate (PV = NOI / Cap Rate), and now the investor is willing to pay about $833,000. External circumstances have not affected the operation of the property or the NOI. They have affected the rate of return that the buyer will demand, and it is that change that impacts the market value of the property.

In short, the NOI expresses an objective measure of a property’s income stream while the required capitalization rate is the investor’s subjective estimate of how well his capital must perform. The former is mostly science, subject to definition and formula, while the latter is largely art, affected by factors outside the property, such as market conditions and federal tax policies. The two work together to give us our estimate of market value.

— Frank Gallinelli

####

Your time and your investment capital are too valuable to risk on a do-it-yourself investment spreadsheet. For more than 30 years, RealData has provided the best and most reliable real estate investment software to help you make intelligent investment decisions and to create presentations you can confidently show to lenders, clients, and equity partners. Learn more at www.realdata.com.

Copyright 2005, 2013,  Frank Gallinelli and RealData® Inc. All Rights Reserved

The information presented in this article represents the opinions of the author and does not necessarily reflect the opinions of RealData® Inc. The material contained in articles that appear on realdata.com is not intended to provide legal, tax or other professional advice or to substitute for proper professional advice and/or due diligence. We urge you to consult an attorney, CPA or other appropriate professional before taking any action in regard to matters discussed in any article or posting. The posting of any article and of any link back to the author and/or the author’s company does not constitute an endorsement or recommendation of the author’s products or services.

 

Estimating the Value of a Real Estate Investment Using Cap Rate

Why do you invest in income-producing real estate? Perhaps you are looking for cash flow. Possibly you anticipate some tax benefits. Almost certainly, you expect to realize a capital gain, selling the property at some future time for a profit.

Your projection of the future worth of the property, therefore, can be a vital element in your investment decision.

APPRECIATION

A fairly simple approach to this issue is the use of an appreciation rate. You bought the property today for X dollars. You make a conservative estimate as to the rate of appreciation, apply that rate to your original cost and improvements and come up with presumed future value.

The use of appreciation as a predictor of future value typically makes sense when the desirability of the subject property is based on something other than its rental income. The most common example, of course, is the single-family residence. Consider also a single-user rental property such as a small retail building on a main thoroughfare. The owner of a business operating as a tenant in such a location is probably willing to spend more for the building than an investor would pay. In general, rate of appreciation as a predictor of future value may be appropriate when comparable sales work well as a measure of present value (i.e., “Commercial buildings on Main Street are selling for $200 per square foot by next year they will be up to $225.”).

INCOME CAPITALIZATION

With most other types of income-producing real estate, what you paid for the property is not likely to make much of an impression on a new buyer. Witness the rapid run-up and even faster collapse of prices in the late ‘80s, and again in 2008. The typical investor will be interested in the income that the property can generate now and into the future. He or she is not buying a building, but rather its income stream.

That investor is likely to use capitalization of income as one method of estimating value. You have probably heard this referred to as a “Cap Rate” method. It assumes that an investment property’s value bears a direct relation to the property’s ability to throw off net income.

Mathematically, a property’s simple capitalization rate is the ratio between its net operating income (NOI) and its present value:

Cap. Rate = NOI/Present Value

Net operating income is the gross scheduled income less vacancy and credit loss and less operating expenses. Mortgage payments and depreciation are not considered operating expenses, so the NOI is essentially the net income that you might realize if you bought the property for all cash. If you purchase a property for $100,000 and have a NOI of $10,000, then your simple capitalization rate is 10%.

To use capitalization to predict value requires just a transposition of the formula:

Present Value = NOI/Cap. Rate

The projected value in any given year is equal to the expected NOI divided by the investor’s required capitalization rate.

To use capitalization rate as a predictor of future value, in short, is to use this logic: “I am buying this property with the expectation that its net operating income will represent a return on my investment. It is reasonable to assume that whoever buys the property from me in the future will have a similar expectation. That new investor will probably be willing to purchase the property at a price that allows it to yield his or her desired rate of return (i.e., capitalization rate).”

If you project that the property will yield a NOI of $27,000, and that a new buyer will require a 9% rate of return (capitalization rate), then you will estimate a resale price of $300,000.

You must never forget that, while the algebra involved here is simple, the judgments you need to make in order to achieve an accurate prediction of value are more complex. Your assumptions as to future years’ income and expenses have to be realistic.

The same is true of your estimate of a new buyer’s required cap rate. Look at the investment from the new buyer’s point of view and remember that there are other opportunities competing for his dollar. Would you buy an office building with a projected cap rate of 9% if you could buy a bond that yields 7%? What if mutual funds are rocking and rolling at 15% and more? To attract a buyer, your property may need to be priced so that its cap rate is competitive with alternative investment options. The higher the cap rate, the lower the price. In our example above, the property with the $27,000 NOI capitalized at 12% might attract an offer of $225,000.

Our discussion here has been limited to simple or “market” capitalization rates. If you would like to delve further into this topic you may want to look into “band of investment” or derived cap rates. In addition, follow our blog as we go into greater depth as to how investors look at a property’s projected long-term income stream when deciding if and on what terms to purchase an income property.

—Frank Gallinelli

####

Your time and your investment capital are too valuable to risk on a do-it-yourself investment spreadsheet. For more than 30 years, RealData has provided the best and most reliable real estate investment software to help you make intelligent investment decisions and to create presentations you can confidently show to lenders, clients, and equity partners. Learn more at www.realdata.com.

Copyright 2005, 2014,  Frank Gallinelli and RealData® Inc. All Rights Reserved

The information presented in this article represents the opinions of the author and does not necessarily reflect the opinions of RealData® Inc. The material contained in articles that appear on realdata.com is not intended to provide legal, tax or other professional advice or to substitute for proper professional advice and/or due diligence. We urge you to consult an attorney, CPA or other appropriate professional before taking any action in regard to matters discussed in any article or posting. The posting of any article and of any link back to the author and/or the author’s company does not constitute an endorsement or recommendation of the author’s products or services.