Education

Understanding the Real Estate
Investment Return Metrics

understanding-the-real-estate-investment-return-metrics.mp3 Some of the most common real estate investment return metrics – cash-on-cash-return, annual average return, equity multiple, and IRR... Listen to this article

Introduction

Passive real estate investors will often find themselves bombarded with various deals to consider. Making sense of each opportunity to buy investment property can take time. Evaluating deals is some combination of art and science. Understanding the nuances of the local marketplace, competition, etc. is the art. The science involves digging into the numbers and deciphering each deal’s return on investment.

There are many ways to evaluate a deal’s return potential. Some of the most common real estate investment return metrics – cash-on-cash-return, annual average return, equity multiple, and IRR – are each calculated differently. What’s more, these numbers may matter more or less to an investor depending on their specific investment objectives.

Investing in real estate is a great way to get started if you’re interested in earning passive income.

In this article, we examine the most common metrics used to evaluate commercial real estate returns.

The Four Most Common Metrics Used to Evaluate CRE Returns

1. Cash on Cash Return (CoCR)

The CoCR is defined as the annual return based on your invested amount. The formula is as follows:

CoCR = annual cash flow / total investment

The annual cash flow is calculated by taking the net operating income (NOI) and subtracting the operating expenses.

Here’s a simple example.

Annual cash flow = $10,000
Total investment = $100,000

CoCR = $10,000 / $100,000 = 10% CoCR

CoCR is preferred by many investors because it allows them to easily compare a real estate deal to other investment alternatives, like a stock’s performance during the same period.

It is important to note, however, that CoCR is used to express the average returns over the lifetime of the deal. Therefore, many prospective investors will see deals advertised with CoCR’s that are expressed as a range, such as 10-12%. The actual CoCR earned in any given year depends on the net operating income and expenses, which can vary from year to year.

Moreover, the CoCR does not account for any profit earned at the exit of the deal. For instance, using the example above, if the sponsor sells the property and investors earn another $50,000 upon sale, the CoCR does not capture those proceeds. If the sales proceeds were included, this would amplify the total return on investment.

In that same regard, another limitation of CoCR is that the cash flow earned earlier in the hold period may be less than after value-add improvements are made. This makes it imperative for investors to look at the target distribution schedule across the lifetime of the investment. If someone looks at the CoCR in the early years of an investment, it may look less attractive than the latter half of the hold period.

2. Annual Average Return (AAR)

The AAR is defined as the total return averaged throughout the life of a deal. The formula for AAR is as follows:

AAR = (Total profit / Total investment) / Hold Period (in Years)

Total profit includes total cash flow (NOI minus operating expenses) as well as any proceeds from the sale of the investment property.

For example:

Annual cash flow = $5,000
Sales proceeds = $100,000
Total investment = $100,000
Hold Period = 5 years

Total Profit: $5,000 x 5 years = $25,000 + $100,000 (sales proceeds)
Total Profit = $125,000

Therefore:

AAR = ($125,000 / $100,000) / 5 years
AAR = 0.25 or 25%

AAR is generally calculated using a 3, 5, or 10-year period.

It’s worth noting that AAR is not the same as the annualized total return. The annualized total return captures the effects of compounding, whereas AAR does not.

The Annual Average Return (AAR) is defined as the total return averaged throughout the life of a deal.

For example, a deal may lose 50% of its value in Year 1, but it may have a 100% return in Year 2 after property improvements are made. This would be an AAR of 25% per year—even though the investor hasn’t really “earned” anything; they’ve simply broken even at the end of Year 2. In this case, the annualized total return would be 0% after two years.

3. Equity Multiple (EM)

The equity multiple, or EM, is defined as the accumulated multiple of your investment at the end of an investment cycle. The formula is as follows:

EM = (Total Profit + Total Investment) / Total Investment

For example:

Total profit = $125,000
Total investment = $100,000

EM = ($125,000 + $100,000) / $100,000
EM = $225,000 / $100,000 = 2.25x

Simply put, another way of saying a 2x multiple is that you just doubled your money. You might also say that you received your initial investment back, plus 100%.

One of the benefits to using EM is that it accounts for all sources of income. This includes the future value of the property (the sales price), cash flow distributions, and any interest or preferred return paid on capital.

A key consideration when using EM is that it does not tell you how long it took you to earn that return on your investment. For instance, one might argue that a 3.25x multiple earned in 8 years is not as attractive as a deal that earns a 2.5x multiple in just four years.

4. Internal Rate of Return (IRR)

IRR is by far the most difficult investment metric to understand relative to the other real estate investment return metrics featured here today. This is because IRR is grounded in the economic principle known as the “time value of money”.

Essentially, the time value of money principle assumes that a dollar earned today is more valuable than a dollar earned in the future. This is because over time, inflation cuts into the value of that dollar. Moreover, there are opportunity costs associated with earning that money later in time.

In short, while IRR is the most difficult return metric to calculate, it is also the most thorough. This is because it takes into consideration when each dollar of profit is earned and accounts for that accordingly. The sooner someone earns that money, the sooner they can re-invest it and put that money back to work.

The “textbook” definition of IRR is that it is a discount rate that generates a net present value (NPV) of zero for all streams of future cash flow.

Rarely will anyone calculate IRR using pen and paper; it’s simply too complicated. Instead, people will generally use Excel or an investment calculator to calculate IRR.

The best way to understand IRR is by looking at a few scenarios.

Scenario A
Initial investment = $100,000
Cash flow earned during hold period = $0
Proceeds from sale = $200,000
Hold period = 5 years

In this case, the profit would be $100,000 or a 2x multiple.

Scenario B
Initial investment = $100,000
Cash flow during hold period = $5,000 per year
Cash-Out Refinance in Year 2 = $50,000
Proceeds from sale = $130,000
Hold period = 5 years

In both of these scenarios, the total profit was the same: $200,000 at the end of the 5-year hold period. However, in Scenario A, that money is returned to investors at the end of Year 5. In Scenario B, that cash flow is returned to investors incrementally, including a $55,000 return in Year 3.

This translates into a 14.9% IRR for Scenario A and a 20% IRR for Scenario B. This is a rather dramatic jump in IRR since both deals had the same 5-year hold period and same total profit. However, the IRR in Scenario B is higher because the investors received their returns sooner.

IRR, often considered the “gold standard” of investment metrics, has its own limitations. Consider the following.

IRR is the most difficult investment metric to understand
This is because IRR is grounded in the economic principle
known as the “time value of money”.

First, sponsors can easily manipulate IRR. For example, they can take on additional debt to boost IRR. This can be problematic if the sponsor becomes too highly levered amid a market correction. This can wipe out investors’ equity and cause the IRR to plummet. Similarly, sponsors may take out short-term credit facilities to delay making capital calls. By delaying when “committed” capital is invested, it shortens the “investment” period and therefore boosts IRR.

Other Key Considerations

Here are a few other key considerations for passive investors trying to make sense of these different metrics.

  • Each of these real estate investment return metrics has its own limitations. Many of those limitations have already been discussed above.
  • Many sponsors will often pitch investors claiming that their investment property deals promise to earn “double-digit returns” – and when using AAR, this is often the case. Prospective investors will want to clarify whether the sponsor is referring to double-digit CoC returns or AAR returns, as the numbers are dramatically different in terms of actual profit.
  • When investing in a stabilized investment property, look at its historical performance and current annual returns vs. the sponsor’s projections. Unless the sponsor is planning to make significant capital improvements, there should not be a major difference year to year. If there is, ask the sponsor to explain why they have drawn those conclusions.  
  • Achieving certain returns often depends on how much debt the sponsor puts on the investment property. Often, the mortgage rate (influenced by the current interest rate) will impact a deal’s profitability.
  • Investors will also compare these metrics to the anticipated “cap rate” or capitalization rate. The cap rate for an investment property is the Net Operating Income (NOI) divided by the purchase price. Cap rates do not factor in any mortgage, and therefore, current interest rates do not carry as much weight as they would with the CoCR calculation.

Which Real Estate Investment Return Metric is “Best”?

Naturally, most investors will want to know which of these metrics is “best” to focus on. Yet in practice, none is inherently “better” than the others. Each is important for its own reasons, and all should be used in conjunction with the others.

It’s also important for investors to utilize these metrics in the context of their own goals. For example, someone may prefer to earn a larger overall return (EM) regardless of when that return is earned (lower IRR). There may be unique reasons to prefer earning returns at one time vs. another, especially as it pertains to tax saving strategies. For example, someone may be carrying forward a large loss related to the depreciation of one asset and may need to apply that depreciation to other passive income sooner rather than later. Another investor may expect to move from one tax bracket to another in a few years, and therefore may prefer to earn a lump sum at a later date.

In any event, investors must understand how these metrics are calculated in order to evaluate deals with confidence. Understanding the nuances of each will allow investors to weed out the good deals from the great deal. What’s more, they’ll be able to steer clear of potentially bad deals altogether.

Conclusion

If you’re interested in earning passive income, investing in real estate is a great way to get started. Many sponsors allow people to invest with as little as $25,000 to $50,000. Depending on the type of deal, some investors will be able to double their money (or more!) over the course of the hold period.

The key is investing with an adept sponsor who has a proven track record.

To learn more about Smartland’s investment platform, including how we calculate potential returns and deal profitability, contact us today!


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