Dividend Discount Model — Smart Financial Analysis
Calculate the intrinsic value of dividend-paying stocks using the Gordon Growth Model. Compare DDM value to market price.
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The Dividend Discount Model (DDM) values a stock as the present value of all future dividends. The Gordon Growth Model is the simplest DDM: P = D₁/(r-g), where P is intrinsic value, D₁ is next year. Multi-stage DDM applies different growth rates for different phases. DDM values only dividend cash flows; DCF values all free cash flows.
Ready to run the numbers?
Why: The Dividend Discount Model (DDM) values a stock as the present value of all future dividends. The Gordon Growth formula P = D₁/(r-g) assumes dividends grow at a constant rate f...
How: Enter Next Year Dividend D₁ ($), Growth Rate g (%), Required Return r (%) to get instant results. Try the preset examples to see how different scenarios affect the outcome, then adjust to match your situation.
Run the calculator when you are ready.
📊 Example Stocks — Click to Load
Intrinsic Value vs Market Price
Growth Sensitivity Analysis
Dividend Stream (PV of Future Dividends)
Model Comparison (DDM vs DCF vs P/E)
For educational purposes only — not financial advice. Consult a qualified advisor before making decisions.
💡 Money Facts
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The Dividend Discount Model
The Dividend Discount Model values a stock as the present value of all future dividends — P = D₁/(r-g). It's beautifully simple but dangerously sensitive: changing growth by 1% swings Coca-Cola's value from $32 to $49. Graham and Dodd considered it the theoretically purest valuation method. But it fails for non-dividend stocks (Amazon, Tesla) and high-growth companies.
Sources: Journal of Finance, CFA Institute, Damodaran (NYU), Investopedia
Gordon Growth Model
P = D₁/(r-g). Assumes perpetual constant growth. g must be less than r. Best for mature dividend aristocrats.
Key Assumptions
- Dividends grow at a constant rate forever
- Growth rate (g) is less than required return (r)
- Company has an infinite life
- Dividend policy is stable and predictable
Multi-Stage DDM
Two-stage: high growth for N years, then stable. H-Model: linear decline to terminal rate. Better for transitional companies.
Two-Stage Model
Phase 1: High growth for N years. Phase 2: Terminal growth at g₂. Sum PV of Phase 1 dividends + PV of terminal value.
H-Model
Growth declines linearly from g₁ to g₂ over the transition period. More realistic for companies gradually maturing.
DDM vs DCF
DDM values dividends only; DCF values all free cash flows. Use DDM for dividend payers, DCF for growth or buyback-heavy firms.
| Aspect | DDM | DCF |
|---|---|---|
| Cash flow | Dividends only | Free cash flow (FCF) |
| Best for | Mature dividend payers | Growth, buyback-heavy firms |
| Fails for | Non-dividend stocks | Negative FCF companies |
| Sensitivity | Very high to g, r | High to terminal value |
DDM Limitations
Fails for non-dividend stocks, high-growth companies, irregular payers. Highly sensitive to inputs. Does not capture buybacks or retained earnings value.
Not Suitable For
- Amazon, Tesla, Berkshire — no or minimal dividends
- Early-stage growth companies
- Cyclical businesses with unpredictable payouts
Calculation Challenges
- 1% growth change = 50%+ value swing
- Long-term growth forecasts are unreliable
- Ignores buybacks and retained earnings
Required Rate of Return
Use CAPM or risk-free + premium. Typically 7-15%. Higher for riskier stocks.
r = risk-free rate + (beta × market risk premium)
Or: r = 10-year Treasury yield + 3–5% for average-risk stocks.
How to Use This Calculator
Enter D₁ (next year's expected dividend), growth rate g, required return r, and current market price. The calculator computes intrinsic value and compares it to market price.
- D₁ — Use analyst consensus or last dividend × (1 + expected growth)
- g — Historical 5–10 year dividend growth, or sustainable growth (ROE × retention)
- r — CAPM or risk-free + 3–5% for average risk
- Market Price — Current stock price for over/undervaluation check
When to Use DDM
Mature dividend payers: utilities, REITs, consumer staples, financials. Not for Amazon, Tesla, or early-stage growth.
Utilities, REITs, consumer staples, financials, dividend aristocrats
Transitional companies — use multi-stage DDM
Non-dividend stocks, high-growth companies
Key Takeaways
- Intrinsic value = PV of all future dividends
- 1% growth change can swing value 50%+
- Compare DDM value to market price for over/undervaluation
- Use multiple models (DDM, DCF, P/E) for robust analysis
Real-World Examples
Coca-Cola: DDM $38.80 vs market $60 suggests overvalued. Realty Income: DDM $62 vs market $55 suggests undervalued. Apple: DDM $25 vs $190—DDM undervalues growth stocks that reinvest.
Expert Tips
Sensitivity Analysis
Run scenarios with g ±1% and r ±1% to see value range. DDM is highly sensitive—small input changes create large output swings.
Triangulate
Combine DDM with DCF and P/E. If all three suggest undervaluation, confidence is higher. Use our DCF and CAGR calculators for cross-check.
Further Reading
Damodaran (NYU) valuation resources, CFA Institute equity curriculum, Graham & Dodd Security Analysis.
Disclaimer: This calculator provides estimates for educational purposes. DDM valuations are highly sensitive to inputs. Past dividend growth does not guarantee future growth. Not investment advice. Always do your own research.
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