Financial Ratios Used to Analyze Real Estate Investments

Financial Ratios Used to Analyze Real Estate Investments

Debt financiers often prefer debt service coverage ratio (DSCR) and loan to value (LTV) when arriving at the maximum loan on a definite property.

$$ \text{DSCR} = \frac {\text{Year one NOI}}{\text{Debt service}} $$

Where:

$$ \text{Debt service} = (\text{Interest} + \text{Principal}) $$

Note:

  1. Payment of the principal amount leads to a reduction in the outstanding loan balance.
  2. An interest-only loan doesn’t reduce the outstanding loan balance, making the loan balance constant over time.
  3. Financiers prefer a DSCR of 1.2 or higher to guarantee that the property’s NOI can cushion the debt service.

The LTV ratio is arrived at as follows:

$$ \text{LTV}= \frac{\text{amount of loan}}{\text{value of appraisal}} $$

In circumstances where debt is utilized to finance real estate, equity investors calculate the equity dividend rate, also referred to as cash-on-cash return, and calculate cash return against cash invested in the first year of investment.

The equity dividend rate is arrived at as follows:

$$ \text{equity dividend rate} = \frac {\text{year one cash flow}}{\text{equity}} $$

Note:

  1. The equity dividend rate only covers a single period of analysis instead of IRR, which calculates the entire holding period’s return.

Question

A financier will make an 8% interest-only loan on a property as long as the debt service coverage ratio is at least 1.6 and the loan-to-value ratio does not exceed 60%. What is the maximum loan amount, assuming the property just appraised for $1,800,000 and NOI is $400,000?

  1. $250,000
  2. $1,080,000
  3. $3,125,000

Solution

The correct answer is B.

Using the DSCR equation:

$$ \begin{align*} \text{DSCR} &= \frac {\text{year one NOI}}{\text{debt service}} = \frac {$400,000}{1.6} = $250,000 \\ \text{loan amount} & =\frac {\text{DSCR}}{\text{interest rate}} =\frac {$250,000}{8\%} = $3,125,000 \end{align*} $$

Using the LTV ratio:

$$ \text{LTV} = \frac {\text{amount of loan}}{\text{value of appraisal}} $$

Substituting for the amount of loan in the equation:

$$ \begin{align*} \text{loan amount} & = {\text{LTV}} \times \text{value of appraisal} \\ & = (60\% \times $1,800,000) \\ & = $1,080,000 \end{align*} $$

Hence the maximum amount of loan, which is the lower of the two amounts, is $1,080,000.

A is incorrect. It indicates the DSCR amount.

B is incorrect. The amount exceeds the LVT ratio of 60%.

Reading 36: Investment in Real Estate Through Private Vehicles

LOS 36 (e) Calculate and interpret financial ratios used to analyze and evaluate private real estate investments.

Shop CFA® Exam Prep

Offered by AnalystPrep

Featured Shop FRM® Exam Prep Learn with Us

    Subscribe to our newsletter and keep up with the latest and greatest tips for success
    Shop Actuarial Exams Prep Shop Graduate Admission Exam Prep


    Daniel Glyn
    Daniel Glyn
    2021-03-24
    I have finished my FRM1 thanks to AnalystPrep. And now using AnalystPrep for my FRM2 preparation. Professor Forjan is brilliant. He gives such good explanations and analogies. And more than anything makes learning fun. A big thank you to Analystprep and Professor Forjan. 5 stars all the way!
    michael walshe
    michael walshe
    2021-03-18
    Professor James' videos are excellent for understanding the underlying theories behind financial engineering / financial analysis. The AnalystPrep videos were better than any of the others that I searched through on YouTube for providing a clear explanation of some concepts, such as Portfolio theory, CAPM, and Arbitrage Pricing theory. Watching these cleared up many of the unclarities I had in my head. Highly recommended.
    Nyka Smith
    Nyka Smith
    2021-02-18
    Every concept is very well explained by Nilay Arun. kudos to you man!
    Badr Moubile
    Badr Moubile
    2021-02-13
    Very helpfull!
    Agustin Olcese
    Agustin Olcese
    2021-01-27
    Excellent explantions, very clear!
    Jaak Jay
    Jaak Jay
    2021-01-14
    Awesome content, kudos to Prof.James Frojan
    sindhushree reddy
    sindhushree reddy
    2021-01-07
    Crisp and short ppt of Frm chapters and great explanation with examples.