This **dividend discount model calculator** is a straightforward tool for determining stock value using the dividend discount model formula. Also, If you’re new to **investing**, check out our **dividend calculator** for a quick overview of dividends. Next, you will get a description of the constant growth dividend discount model. Also, the dividend discount model utilizing **CAPM **in this post (**Capital Asset Pricing Model**). Finally, we’ll walk you through a dividend discount model example and show you how to compute it step by step.

## What is the dividend discount model?

The dividend discount model is one of several possible **stock valuation models**. Stock value is equal to the total of all future dividend **payments **discounted back to their present value under this model. This method has the **advantage **of allowing you to assess a company’s worth independent of its current **stock price**. However, the present state of the market can impact stock prices. Which may or may not correctly reflect the company’s worth.

The notion of present value is intertwined with that of the **time value of money**. Which simply states that the value of money fluctuates with time. A common proverb encapsulates this shift: “a **dollar now **is worth more than a **dollar tomorrow**“. Check out our time value of money calculator to learn more about this idea. On a side note, many individuals look for a dividend discount model by putting the “DDM model” into their search engine. This is strange since, as you already know, the “**M**” in the **DDM **acronym refers to the term “model”. In fact, “**DDM model**” is a more popular search term than “**DDM formula**.”

## Dividend discount model formula (DDM formula)

The** Gordon Growth Model**, or **GGM **for short, is the most popular and extensively used variation of the dividend discount model. Given a one-year **projected payout **and the assumption that dividends rise at a constant rate in perpetuity, the model determines the **present value** of an endless stream of future payments. As a result, we also know the GGM as the continuous growth dividend discount model. We may use the following formula to represent the continuous growth dividend, discount model:

*Present stock value = Expected dividend / (Cost of equity – Expected growth rate)*

- Expected dividend due in one year . This is the amount of cash received in the future dividend period.
**Present stock value**shows how much the stock is currently worth. - When purchasing stock, the cost of equity is a
**percentage**that shows the minimal rate of return that investors demand. - Finally, the dividend growth rate is predicted to remain steady. It’s a percentage number, much like the cost of equity.

## Constant growth dividend discount model explanation

We use th**e Gordon growth model (GGM) ** to calculate a stock’s intrinsic value based on a sequence of dividends that rise at a consistent pace in the **future**. It’s a common and basic dividend discount model option (**DDM**). The **GGM **solves for the present value of an endless sequence of future payouts. Assuming that dividends grow at a constant rate in perpetuity.

The Gordon growth model evaluates a company’s stock based on the premise that payments to common equity owners would rise at a constant rate. **Dividends per share (DPS),** dividend growth rate, and needed rate of return are the three main inputs in the model (**RoR**).

The GGM seeks to evaluate a stock’s fair value regardless of **market conditions**. Taking into account dividend distribution considerations as well as the market’s predicted returns. If the model’s value is more than the current trading price of shares. The stock is deemed cheap and should be purchased, and vice versa.

Dividends per share are the **annual payments **a firm provides to its common equity owners. And the dividend **growth rate **is the percentage increase in dividends per share from one year to the next. The necessary rate of return is the minimal rate of return that investors are prepared to accept when purchasing a company’s shares.

## Understanding the DDM

The dividend discount model (DDM) is a **mathematical technique **for projecting a company’s stock price. It is based on the assumption that its current price is worth the total of all future dividend payments when discounted back to their present value. It tries to assess a stock’s fair value regardless of **market conditions**, taking dividend payment considerations and market projected returns into account. If the DDM value is more than the current trading price of shares, the stock is undervalued and should be purchased, and vice versa.

To make money, a corporation creates items or provides services. The profits generated by such commercial operations are determined by the **cash flow **generated, which is reflected in the company’s stock values. Companies also pay **dividends **to **investors**, which are frequently derived from company earnings. The DDM model is based on the idea that a company’s value is equal to the present value of all of its future dividend payments.

## How to use Dividend Discount Model Calculator?

The GGM is predicated on the premise that the stream of future dividends would continue to rise at a steady pace indefinitely. Also, the approach is useful for determining the value of stable firms with consistent dividend increases and robust cash flow. It is often assumed that the firm being reviewed has a consistent and stable business model and that the company’s growth is constant throughout time.

*Dividend Discount Model = Intrinsic Value = Sum of Present Value of Dividends + Present Value of Stock Sale Price.*

## Dividend discount model using CAPM – dividend discount model cost of equity

The risk-free interest rate, which we commonly take as the yield on a long-term government bond in the nation where the project is situated. We know it as the **risk-free rate**. Beta is a term that refers to a **Market risk**, a statistical measure of how volatile a company’s stock price is compared to the stock market as a whole. Finally, the market risk premium is a measure of the additional return that investors want above the risk-free rate. In order to compensate them for the risk of an investment that matches the overall market’s volatility.

*Cost of Equity = Risk-Free Rate + Beta x Market Risk Premium,*

## Two-stage dividend discount model

We can divide the **two-stage** dividend discount model into two sections and anticipate that payouts will grow in two stages. First, the payout rises at a steady pace for a predetermined period of time in the first stage. Then, the dividend is projected to rise at a different pace throughout the rest of the company’s existence in the second. In this sense, the second stage of the two-stage model is nearly identical to the Gordon Growth Model. Therefore a solid understanding of the more fundamental formula will aid your understanding of the two-stage model and other, more complex formula.

We use the two-stage approach to evaluate the intrinsic value of a stock issued by a rapidly growing firm. This valuation approach is appropriate for newer firms that have shown their viability but are still in the early stages of fast expansion. Believe that the first stage of a two-stage dividend growth strategy is usually highly aggressive. Reflecting the company’s rapid expansion. In contrast, the second stage implies a slower, more sustainable rate of dividend increase.

## How to calculate DDM? – Dividend discount model example

Firstly assume that Company X paid a **$1.80** per share dividend this year. Furthermore, expect the dividends to rise at a rate of **5**% per year in perpetuity. The company’s cost of equity capital is **7**%. The **$1.80** dividend represents the current year’s payout. Which must adjust for the next year’s growth rate to arrive at D1, the predicted dividend. Furthermore, this is the formula: D1 = D0 x (1 + g) = **$1.80** x (**1 + 5%**) = **$1.89**. We calculate the price per share of Company X as D(1) / (r – g) = **$1.89** / (**7** percent – **5 **percent) = **$94.50** using the GGM.

## FAQ

**What does the dividend discount model measure?**

The dividend discount model (DDM) is a mathematical technique for projecting a company’s stock price based on the assumption that its current price is worth the total of all future dividend payments when discounted back to their present value.

**Why is the dividend discount model not good?**

The dividend discount model (DDM) has a number of drawbacks, including the difficulty of making precise estimates, the absence of buybacks, and the underlying assumption that income comes only through dividends.

**Is the dividend discount model the same as the dividend growth model?**

The GGM operates by deferring an unlimited sequence of dividends per share into the present using the needed rate of return. It’s a spin-off from the dividend discount concept (DDM). Given its premise of constant dividend growth, the GGM is excellent for firms with consistent growth rates.

**What is the two-stage dividend discount model?**

The two-stage dividend discount model is divided into two sections and anticipates that payouts will grow in two stages. The payout rises at a steady pace for a predetermined period of time in the first stage. The dividend is projected to rise at a different pace throughout the rest of the company’s existence in the second.