DCF Valuation Calculator
Estimate the intrinsic value of a business using discounted cash flow analysis. Project free cash flows, discount them at your required rate of return, add a terminal value — then see the implied enterprise value, equity value and value per share, compared with the current market price.
Base Financials
DCF Assumptions
Market Comparison
Results
Intrinsic Value per Share
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Projected FCF vs. present value
Enterprise value build-up
Enterprise value = PV of FCFs + PV of terminal value.
Intrinsic Value vs. Market Price
Compares the DCF-implied intrinsic value per share with the current market price, showing the implied upside or downside.
| Metric | DCF | Market |
|---|
Sensitivity: WACC vs. Terminal Growth
Intrinsic value per share under a grid of discount rates (rows) and terminal growth rates (columns). Each row shifts WACC by ±2%, and each column shifts the terminal growth rate by ±1% from your base assumption.
The highlighted cell reflects your current WACC and terminal growth assumptions. Cells with a dash indicate invalid combinations (WACC ≤ terminal growth or non-positive).
Year-wise Cash Flow Projection
Explicit forecast period showing nominal FCF, discount factor and present value of each year's cash flow.
| Year | Nominal FCF | Discount Factor | PV of FCF | Cumulative PV |
|---|
Calculation Assumptions
- • Explicit forecast: FCFt = FCF0 × (1 + growth)t for t = 1 to N.
- • Discounting uses the WACC compounded annually: DFt = 1 / (1 + WACC)t.
- • Terminal value uses the Gordon growth model: TV = FCFN × (1 + g) / (WACC − g), discounted back to today.
- • Enterprise value = sum of PV of FCFs + PV of terminal value.
- • Equity value = enterprise value − net debt. When net debt is negative, cash is added to equity value.
- • Value per share = equity value ÷ shares outstanding.
- • The Gordon model requires WACC > terminal growth; the calculator enforces this constraint.
- • No taxes on unrealised gains, buybacks, dilution, or control premium are modelled. DCF is highly sensitive to assumptions, so the sensitivity grid is a useful sanity check.
DCF valuation is an estimate based on projected cash flows, discount rates and terminal growth assumptions. Small changes in inputs can produce large changes in output. This tool is for informational and educational purposes only and is not financial advice or a recommendation to buy or sell any security.
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DCF Valuation Calculator: Estimate Intrinsic Business Value
A DCF Valuation Calculator estimates the present value of a business or investment using its expected future cash flows. DCF stands for discounted cash flow, a valuation method that converts projected future cash flows into an estimated value today by applying a discount rate that reflects the time value of money and the risk associated with those cash flows.
Investors and financial analysts use discounted cash flow analysis to estimate enterprise value, equity value and, when the required information is available, an implied value per share. The calculation typically combines a forecast period with a terminal value representing cash flows beyond the explicit forecast horizon.
Use this calculator to examine how projected free cash flow, discount rate, long-term growth and capital structure affect a valuation estimate. A DCF result is dependent on its assumptions and should not be treated as a guaranteed market price or a standalone investment recommendation.
Estimate Enterprise Value
Discount projected free cash flows and terminal value to estimate the present value of the company's operating business using the selected valuation assumptions.
Calculate Equity Value
Bridge enterprise value to equity value by accounting for debt, cash and other relevant capital structure claims when using an enterprise DCF model.
Understand Implied Share Value
Divide the estimated equity value by the applicable diluted share count to calculate an illustrative intrinsic value per share.
How to Use the DCF Valuation Calculator
A DCF model requires financial forecasts and assumptions about the risk and long-term growth of a business. Use consistent financial data and make sure the cash flow definition matches the discount rate used.
Enter Forecast Free Cash Flow
Enter the expected free cash flow for each year in your forecast period. These estimates should reflect operating performance, taxes, investment requirements and the assumptions used in your financial model.
Set the Discount Rate
Enter an appropriate discount rate for the selected cash flow measure. An enterprise valuation using free cash flow to the firm generally uses WACC, while an equity valuation using free cash flow to equity generally uses the cost of equity.
Choose the Forecast Period
Define how many years of detailed cash flow forecasts you will use. The explicit period should allow the business to move toward a reasonable long-term operating and growth assumption.
Estimate Terminal Growth
If your calculator uses the perpetual growth method, enter a sustainable growth rate for cash flows after the explicit forecast period. This rate should be consistent with a plausible long-term economic and business outlook.
Enter Debt, Cash and Shares
If the tool calculates equity value per share, enter the relevant debt, cash and diluted shares outstanding. Include other claims or non-operating assets when required by the model.
Review the Valuation Results
Review the present value of forecast cash flows, terminal value, enterprise value, equity value and implied value per share if available. Test alternative assumptions before interpreting the result.
Match the cash flow to the discount rate
Use free cash flow to the firm with WACC to estimate enterprise value. Use free cash flow to equity with the cost of equity to estimate equity value directly. Mixing cash flow definitions and discount rates can produce a misleading valuation.
Discounted Cash Flow Valuation Formula
A DCF valuation estimates today's value by discounting future cash flows and adding the discounted terminal value. The selected cash flow measure, discount rate and terminal value method determine how the model should be calculated.
Step 1: Project future free cash flow
Estimate the cash flows expected during the explicit forecast period. Forecasts may be based on revenue growth, operating margins, cash taxes, depreciation, capital expenditure and changes in working capital. Each year's cash flow is estimated separately.
Step 2: Discount each forecast cash flow
Future cash flows are converted into present values using the discount rate raised to the relevant period number. Cash flows further into the future have a lower present value when the discount rate is positive, all else being equal.
Step 3: Calculate terminal value
The explicit forecast cannot usually continue year by year forever. Terminal value represents the estimated value of cash flows beyond the end of the forecast period. Common approaches include the perpetual growth method and the exit multiple method.
Step 4: Convert terminal value into present value
Terminal value is estimated at the end of the explicit forecast period. It must be discounted back to the valuation date before being combined with the present value of forecast cash flows.
Step 5: Calculate enterprise and equity value
In an enterprise DCF model, the present value of forecast free cash flow and terminal value gives estimated enterprise value. Debt, cash and other applicable balance sheet claims are then considered to calculate equity value.
DCF Valuation Calculator Example
Consider a hypothetical company with five years of projected free cash flow to the firm. Assume a 10% WACC, a 3% perpetual growth rate, $300 million in debt, $100 million in cash and 50 million diluted shares outstanding.
Illustrative enterprise and equity valuation
The example uses FCFF in millions of dollars. Each forecast cash flow is discounted at 10%. Terminal value is calculated using the perpetual growth method and is measured at the end of Year 5.
| Forecast Year | FCFF ($ millions) | Present Value ($ millions) |
|---|---|---|
| Year 1 | 100.0 | 90.9 |
| Year 2 | 110.0 | 90.9 |
| Year 3 | 120.0 | 90.2 |
| Year 4 | 130.0 | 88.8 |
| Year 5 | 140.0 | 86.9 |
| Total | 600.0 | 447.7 |
The Year 6 cash flow is estimated by increasing the Year 5 FCFF of $140 million by the 3% perpetual growth rate, giving $144.2 million. The terminal value is $144.2 million divided by the difference between the 10% WACC and 3% growth rate, or approximately $2,060 million.
Enterprise value is approximately $1,726.8 million. Subtracting $300 million in debt and adding $100 million in cash produces estimated equity value of approximately $1,526.8 million. Dividing that amount by 50 million shares gives an implied value of approximately $30.54 per share.
The terminal value represents approximately 74.1% of the estimated enterprise value in this example. This illustrates why long-term assumptions can materially influence a DCF valuation. The example excludes preferred equity, non-controlling interests, options and other adjustments that may be necessary for a real company.
Key Inputs That Affect a DCF Valuation
A DCF model is sensitive to the assumptions used to project cash flows and convert those projections into present value. Reviewing each input helps explain why the estimated value changes between scenarios.
Forecast Free Cash Flow
Higher projected free cash flow generally increases the valuation when other assumptions remain constant. Forecasts should reflect operating performance, taxes, capital expenditure and working capital requirements rather than revenue growth alone.
Discount Rate
A higher discount rate reduces the present value of future cash flows. The rate should reflect the risk of the cash flows being valued and should match the selected cash flow definition.
Perpetual Growth Rate
The terminal growth assumption influences terminal value significantly. A long-run growth rate should be economically plausible and consistent with the business's expected mature operating condition.
Forecast Period
A longer explicit period allows more years of cash flows to be modeled in detail. The forecast should be long enough to support a reasonable transition toward stable long-term growth.
Capital Expenditure and Working Capital
Cash needed to maintain operations, expand capacity and fund working capital reduces the amount available as free cash flow. Underestimating these requirements may overstate business value.
Debt, Cash and Other Claims
The bridge from enterprise value to equity value considers debt, cash and other relevant claims or non-operating assets. Inaccurate balance sheet adjustments can materially affect the implied share value.
FCFF vs. FCFE in DCF Valuation
Free cash flow to the firm and free cash flow to equity represent different cash flow measures. Choosing the appropriate method matters because they value different claims on a company's cash flows and use different discount rates.
| Feature | FCFF Valuation | FCFE Valuation |
|---|---|---|
| Cash flow definition | Cash flow available to debt and equity providers. | Cash flow available to equity shareholders after debt-related cash flows. |
| Discount rate | Weighted average cost of capital (WACC). | Cost of equity. |
| Direct valuation output | Enterprise value. | Equity value. |
| Debt adjustment | Usually subtract net debt and make other required equity bridge adjustments. | Do not subtract debt a second time if the model already values equity using FCFE. |
| Common use | Valuing the operating business across its capital providers. | Valuing the equity claim directly using equity cash flows. |
Do not mix FCFF and FCFE assumptions
FCFF is discounted at WACC because it represents cash flows available to all capital providers. FCFE is discounted at the cost of equity because it reflects cash flows available to equity holders. The resulting valuations are related, but the calculation methods are not interchangeable without the appropriate adjustments.
Understanding Terminal Value in a DCF Model
Terminal value represents the estimated value of the business beyond the explicit forecast period. It is necessary because a company's expected cash flows can continue long after the years modeled individually in the forecast.
Perpetual Growth Method
This approach assumes free cash flow grows at a stable rate indefinitely after the forecast period. It uses the next period's free cash flow, the discount rate and the perpetual growth assumption.
The rate used for long-term growth must be lower than the discount rate for the standard formula to produce a positive finite terminal value.
Exit Multiple Method
This approach estimates the terminal value by applying a selected valuation multiple to a financial metric in the final forecast year, such as EBITDA.
The chosen multiple should be considered in the context of comparable businesses, market conditions, operating performance and the company's expected condition at the end of the forecast period.
Terminal value should be tested carefully
Terminal value can represent a substantial share of enterprise value, especially when a large portion of cash generation lies beyond the explicit forecast period. Small changes in long-term growth or the discount rate can materially change the result. Test several reasonable assumptions rather than relying on one terminal value estimate.
DCF Sensitivity Analysis
Sensitivity analysis tests how the estimated value changes when important assumptions change. It is particularly useful for discount rate and terminal growth rate because both inputs can strongly influence the present value of future cash flows.
Vary the Discount Rate
Recalculate the model using alternative discount rates to assess how sensitive the valuation is to the assumed cost of capital or required return.
Test Terminal Growth
Compare multiple plausible long-term growth assumptions. Verify that the perpetual growth rate remains below WACC when using the perpetual growth terminal value method.
Compare Cash Flow Scenarios
Test more conservative and stronger cash flow forecasts to understand how operating performance could affect the estimated enterprise and equity values.
| Assumption Change | Typical Effect on DCF Value | Reason |
|---|---|---|
| Higher forecast cash flows | Higher valuation | More projected cash flow is available to capital providers. |
| Higher discount rate | Lower valuation | Future cash flows are discounted more heavily. |
| Higher perpetual growth rate | Higher terminal value, if all other inputs are unchanged | Higher assumed long-run growth increases terminal cash flow and value. |
| Higher debt | Lower equity value, other things equal | More debt generally leaves less value attributable to ordinary equity holders. |
| Higher cash balance | Higher equity value, other things equal | Additional excess cash increases the equity bridge when it is not already included elsewhere. |
These are directional relationships under otherwise unchanged assumptions. In a real valuation, forecast cash flows, capital structure, discount rates and growth assumptions may be related, so not every individual change should be interpreted in isolation.
Common DCF Valuation Mistakes
A discounted cash flow model can produce precise-looking numbers even when the assumptions are weak. Reviewing common modeling mistakes helps avoid misleading results.
Using Unrealistic Growth Forecasts
Sustaining unusually high growth indefinitely can overstate value. Forecasts should reflect the business's industry, operating capacity, competitive conditions and expected path toward a more mature state.
Choosing an Inappropriate Discount Rate
The discount rate should match the risk and definition of the projected cash flows. Using the wrong rate can produce a valuation that is inconsistent with the underlying financial model.
Ignoring Capital Expenditure
Revenue and earnings growth do not automatically translate into free cash flow. Businesses may need substantial capital investment and working capital to maintain or expand their operations.
Misjudging Terminal Value
The terminal value can dominate the model when long-term cash flows represent a large proportion of estimated value. Check the terminal growth, discount rate and final forecast cash flow for consistency.
Mixing Enterprise and Equity Value
Enterprise value and equity value represent different claims. Subtracting debt twice or failing to account for cash and other claims can lead to an incorrect implied share value.
Ignoring Sensitivity and Uncertainty
A single DCF output can hide the uncertainty around cash flows, growth and discount rates. Evaluate a range of reasonable scenarios and compare the result with other valuation methods.
Frequently Asked Questions About DCF Valuation Calculators
Find answers to common questions about discounted cash flow valuation, free cash flow, discount rates, terminal value and implied share prices.
What is a DCF Valuation Calculator?
A DCF Valuation Calculator estimates the present value of a business or investment using expected future cash flows and a discount rate. Depending on the model, it can calculate enterprise value, equity value and an implied value per share.
What does DCF stand for?
DCF stands for discounted cash flow. It is a valuation method that converts expected future cash flows into present value using a discount rate that reflects the time value of money and the risk of the cash flows.
What is free cash flow?
Free cash flow measures the cash available after specified operating costs and investment needs have been accounted for. Free cash flow to the firm is available to all capital providers, while free cash flow to equity represents cash available to equity holders after debt-related cash flows.
What is WACC in a DCF model?
WACC stands for weighted average cost of capital. It reflects the weighted required returns of a company's debt and equity capital providers, with the debt component generally adjusted for the tax treatment of interest in a standard corporate valuation model. It is commonly used to discount free cash flow to the firm.
What is terminal value in DCF valuation?
Terminal value estimates the value of cash flows beyond the explicit forecast period. Common approaches include the perpetual growth method and the exit multiple method. The terminal value must be discounted to the valuation date before being combined with forecast cash flows.
Why must perpetual growth be lower than WACC?
In the standard perpetual growth terminal value formula, the denominator is WACC minus the growth rate. The formula requires WACC to exceed the perpetual growth rate to produce a positive, finite terminal value under the model's conventional assumptions.
How is enterprise value different from equity value?
Enterprise value represents the value attributed to the company's operating business for all capital providers. Equity value represents the value attributable to shareholders after the necessary debt, cash and other capital structure adjustments.
How do I calculate intrinsic value per share?
In a conventional enterprise DCF model, first calculate equity value by adjusting enterprise value for debt, cash and other applicable claims. Divide the resulting equity value by the relevant diluted share count to estimate implied value per share.
Does a lower discount rate always increase DCF value?
Holding cash flows and other assumptions constant, a lower positive discount rate increases the present value of future cash flows. In actual financial analysis, changes in the discount rate may also reflect changes in business risk and other assumptions.
How many years should a DCF forecast include?
The appropriate forecast horizon depends on the business and how long it may take to reach a sustainable long-term operating state. Many models use a multi-year explicit forecast, but the period should be justified by the company's economics rather than chosen mechanically.
Is DCF valuation accurate?
DCF can provide a structured estimate of value, but its result depends on uncertain cash flow forecasts, discount rates and terminal assumptions. It should be treated as a valuation model rather than a precise prediction of market price.
Can I use DCF to value a company that does not pay dividends?
Yes. A free cash flow DCF model can value a business based on its projected cash generation even if it does not distribute dividends. The appropriate cash flow definition and discount rate depend on whether the model values the firm or equity directly.
Does DCF show whether a stock is undervalued?
A DCF model can compare an estimated intrinsic value per share with the current market price. The conclusion depends on the quality of the assumptions, the current share price and how uncertainty is considered. It is not a guarantee of future market performance.
Should I compare DCF with other valuation methods?
Comparing DCF with relative valuation methods, such as comparable-company multiples, can provide additional context. Different methods rely on different assumptions, and differences between the results can help identify which inputs or market expectations deserve further review.
Disclaimer: This DCF Valuation Calculator and its educational content are intended for general informational purposes only. All valuation results depend on the cash flow forecasts, discount rate, terminal assumptions, capital structure adjustments and other model inputs used. The estimated intrinsic value may differ substantially from the market price or from other valuation estimates. Forecast cash flows are uncertain, and terminal value may represent a substantial portion of the result. This content is not personalized financial, investment or securities advice.