π Dividend Discount Model Calculator
Gordon growth valuation for dividend stocks.
Intrinsic value per share (Gordon growth)
Estimates for planning only, not financial advice.
The dividend discount model values a stock as the present value of all its future dividends. In the Gordon growth version, that infinite stream collapses to one division: next year's dividend divided by the required return minus the growth rate. A $2.40 dividend growing 6 percent with a 10 percent required return is worth $2.544 / 0.04 = $63.60 a share. It is the simplest serious valuation in finance, and its simplicity is honest about what it assumes.
How to Use This Calculator
Enter the current annual dividend, the perpetual growth rate you expect, and your required return. The calculator grows the dividend one year, divides by the spread, and reports the intrinsic value plus the implied yield as a sanity check.
Enter the current annual dividend per share, using the regular dividend, not specials.
Set a perpetual growth rate, usually 2 to 6 percent. It must stay below your required return and below long-run economic growth.
Enter your required return and compare the value with the market price. Check the implied yield against peers.
The Gordon Growth Formula
The formula is the sum of an infinite geometric series: each year's dividend discounted at r, growing at g forever. The denominator is the capitalization rate, and small changes in it swing the value wildly. A spread of 4 percent gives $63.60; a spread of 3 percent gives $84.80. That sensitivity is the model's warning label.
Worked Example
Current dividend $2.40, growth 6 percent, required return 10 percent. Next year's dividend D1 = $2.40 x 1.06 = $2.544. Value = $2.544 / (0.10 - 0.06) = $63.60. Implied yield = $2.544 / $63.60 = 4.00 percent. If the stock trades at $55, the model says it is about 13 percent undervalued on these assumptions; if it trades at $75, the market is pricing faster growth or lower risk than you are.
When DDM Works and When It Fails
| Situation | Verdict |
|---|---|
| Mature dividend aristocrat | Ideal, stable payout and growth |
| Utility or REIT | Good, dividends are the story |
| Growth stock, no dividend | Useless, no dividends to discount |
| Cyclical dividend | Shaky, growth is not perpetual |
Two-Stage Thinking
Real companies rarely grow at one rate forever. A practical upgrade: value five years of faster growth explicitly, then apply Gordon growth to the year-six dividend as the terminal value. That two-stage model handles the common case of a company growing 10 percent now but settling to 3 percent later. The single-stage calculator here is the terminal-value engine inside that bigger model.
Common Mistakes
Using an unsustainable growth rate is the classic error; nothing grows 12 percent forever. Forgetting that required return must exceed growth breaks the math entirely. And applying DDM to buyback-heavy companies understates value, since cash returned via repurchases never appears in the dividend. For those, our DCF calculator captures all cash flows, our dividend yield calculator checks the income angle, and our EPS calculator grounds the payout in earnings.
DDM vs DCF: Choosing the Tool
DDM and DCF are siblings, not rivals: both discount future cash to the present, but they discount different cash. DCF values all free cash flow to the firm and suits any company; DDM values only dividends and suits mature payers. When a company pays out most of its free cash flow as dividends, the two models converge on similar answers, and DDM gets there with three inputs instead of thirty.
The models diverge exactly where judgment lives. A company hoarding cash gets a higher DCF value than DDM value, and the gap measures the market's bet on what management will do with the hoard. A company paying unsustainable dividends gets a higher DDM value than DCF, and the gap measures the coming cut. Running both and investigating the gap is more informative than running either alone.
For screening, DDM's simplicity is a feature. You can value twenty dividend stocks in an afternoon with defensible assumptions, rank them by margin of safety, and reserve the full DCF machinery for the two or three finalists. Valuation effort should follow conviction: cheap tools for wide funnels, expensive tools for final decisions.
Reverse-Engineering Implied Growth
The model runs backward too: plug in the market price and solve for the growth rate investors are implying. Rearranging gives g = r minus D1 divided by price. If a $63.60 stock requires a 10 percent return and pays $2.544 next year, the implied growth is 10 minus 4, or 6 percent. Compare that implied growth with the company's actual history and guidance.
This reverse check is often more useful than the forward valuation. When the implied growth is 9 percent but the company has grown dividends 4 percent for a decade, the market is pricing a transformation you should be able to name. If you cannot name it, the stock is expensive on your assumptions, and the model just told you exactly why.
Estimates for planning only, not financial advice.
Frequently Asked Questions
What is the dividend discount model?
A valuation method that prices a stock as the present value of all its future dividends. The Gordon growth version assumes dividends grow at a constant rate forever, collapsing the infinite sum into one division.
How do you calculate DDM?
Grow the current dividend one year to get D1, then divide by required return minus growth: $2.40 x 1.06 / (0.10 - 0.06) = $63.60.
What is the Gordon growth model?
The constant-growth form of the dividend discount model, published by Myron Gordon in 1959. It is the workhorse formula for valuing stable dividend-paying stocks.
When should I use DDM instead of DCF?
For mature, stable dividend payers where dividends are the investment thesis. DCF suits any company but needs full cash-flow forecasts; DDM needs only the dividend, growth, and required return.
What growth rate should I use?
A perpetual rate the company can sustain forever, typically 2 to 6 percent. Above long-run GDP growth is indefensible for a terminal assumption.
What if the required return is below the growth rate?
The formula breaks: it implies infinite value. In reality it means your assumptions are inconsistent, since no company outgrows its cost of capital forever. Raise the return or cut the growth.
Does DDM work for stocks that do not pay dividends?
No. With no dividends the model values the stock at zero, which is clearly wrong for growth companies reinvesting profits. Use DCF or multiples instead.
How do buybacks affect DDM?
They make DDM understate value, because cash returned through repurchases never shows in the dividend. Adjust by adding buybacks to the dividend or switch to a free-cash-flow model.
What is a two-stage dividend discount model?
It values an initial high-growth period explicitly, then applies Gordon growth as the terminal value. It handles companies transitioning from fast growth to maturity.
How accurate is the dividend discount model?
As accurate as its inputs, which are simple but powerful. Its honesty is structural: with only three inputs, there is nowhere to hide aggressive assumptions.