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Dividend discount model: Gordon growth stock value

Estimate the intrinsic value of a dividend stock with the Gordon growth model, and the return implied by today's price.

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Results

Intrinsic value per share

$52.00

Above the market price The stock looks undervalued under these assumptions.

Upside or downside vs. price

15.6%

Next year's dividend (D1)
$2.08
Return implied by the current price
8.62%
Forward dividend yield
4.62%

Value at other required returns

Intrinsic value per shareUpside or downside vs. price
6% current$104.00131.1%
7% current$69.3354.1%
8% current$52.0015.6%
9% current$41.60-7.6%
10% current$34.67-23.0%
12% current$26.00-42.2%

Valuing a stock by its dividends

A share is worth the cash it will pay its owner in the future. For a company that pays a steadily growing dividend, the Gordon growth model, published by Myron Gordon in 1959, turns this idea into a one-line formula. It is the simplest form of the dividend discount model and a cornerstone of finance courses.

The formula

  • Next dividend D1 = current dividend × (1 + g)
  • Intrinsic value = D1 ÷ (k − g)
  • Return implied by the price = D1 ÷ price + g

Here g is the dividend growth rate and k the return you require, often estimated with the CAPM. The model only works when k is greater than g.

Worked example

A stock pays $2.00 a year in dividends, which grow 4% a year. You require an 8% return, and the stock trades at $45.

  1. D1 = 2.00 × 1.04 = $2.08.
  2. Value = 2.08 ÷ (0.08 − 0.04) = $52.00.
  3. The value is 15.6% above the market price.
  4. At $45, the stock offers 2.08 ÷ 45 + 4% = 8.62%, slightly more than you require.

Very sensitive to its inputs

Required return Value per share vs. $45 price
6% $104.00 +131.1%
7% $69.33 +54.1%
8% $52.00 +15.6%
9% $41.60 −7.6%
10% $34.67 −23.0%
12% $26.00 −42.2%

A one-point change in k or g can move the value by 20 to 50%. Treat the result as a range, not a precise price, and test several assumptions.

Choosing the growth rate

The growth rate must be sustainable forever, so it should not exceed the long-run growth of the economy, about 4 to 5% a year in nominal terms for the US. Useful checks are the company’s dividend history over 10 years and its sustainable growth rate: return on equity × (1 − payout ratio).

When to use another model

The model fits mature dividend payers such as utilities, consumer staples, telecoms and large banks. For companies that pay no dividend, use a discounted cash flow model or multiples such as the P/E. For fast growers, use a multi-stage dividend model, with a high-growth period followed by a stable phase valued with the Gordon formula.

This calculator gives estimates for education and planning. It is not investment, tax or legal advice; for decisions about your own situation, talk to a qualified financial professional.

Frequently asked questions

What is the Gordon growth model?

A dividend discount model that values a stock as the present value of dividends growing at a constant rate forever: value = next dividend ÷ (required return − growth rate).

How do you use the formula?

With a $2.00 dividend growing 4% a year and an 8% required return, the next dividend is $2.08 and the value is 2.08 ÷ (0.08 − 0.04) = $52.

Why must growth be lower than the required return?

If growth equals or exceeds the required return, the formula divides by zero or a negative number, which means the model does not apply.

Which companies does it suit?

Mature companies with stable, steadily growing dividends, such as utilities, consumer staples and large banks. It does not suit companies that pay no dividend or grow fast.

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Results are estimates provided for information purposes. They do not replace professional advice.