Intrinsic Value Calculator - DCF Share Estimate

Use this intrinsic value calculator to estimate a stock from free cash flow, growth, discount rate, terminal value, debt, cash, and shares.

Updated: June 9, 2026 • Free Tool

Intrinsic Value Calculator

$

Use the latest annual free cash flow, stated in millions.

%

Annual growth rate for the explicit forecast period.

%

Required return used to discount future cash flows.

%

Long-run growth rate after year five.

$

Debt minus cash, in millions. Use a negative number for net cash.

Diluted shares outstanding, stated in millions.

$

Current share price for the margin-of-safety comparison.

Results

Intrinsic value per share
$0
Margin of safety 0%
Enterprise value 0$M
Equity value 0$M
PV of terminal value 0$M
Terminal value share 0%
Year 5 free cash flow 0$M
PV of forecast cash flows 0$M

What Is Intrinsic Value Calculator?

intrinsic value calculator estimates what one share may be worth by discounting a company's expected future free cash flow back to today's dollars. Use it when comparing a stock price with your own assumptions, reviewing a watchlist, checking a valuation model from an analyst report, or stress-testing whether a business still looks reasonable after growth slows.

  • Stock review: Estimate value per share before deciding whether a current quote deserves more research.
  • Scenario testing: Change growth, discount rate, or terminal growth to see which assumption drives the valuation.
  • Portfolio discipline: Compare the estimated value with market price and document the margin of safety you require.
  • Model check: Separate enterprise value, net debt, equity value, and per-share value so each step can be reviewed.

This page is for valuation estimates, not trade instructions. A DCF result is only as sound as the cash-flow base, growth path, discount rate, terminal assumption, debt adjustment, and share count you enter. If those inputs come from stale filings or optimistic forecasts, the output can look precise while still being fragile.

Use the result as a structured conversation with the business, not as a final answer. A high estimated value should lead you to inspect cash-flow quality, competitive position, balance-sheet risk, and whether the terminal value is carrying too much of the estimate.

If you want a broader enterprise valuation workflow with similar present-value mechanics, the DCF calculator expands the same cash-flow idea into a full DCF review.

How Intrinsic Value Calculator Works

The model projects five years of free cash flow, discounts each year, adds a discounted terminal value, then converts enterprise value into equity value per share.

Intrinsic value per share = (sum(FCF_t / (1 + r)^t) + TV / (1 + r)^5 - net debt) / diluted shares; TV = FCF_5 x (1 + g) / (r - g)
  • FCF_t: Projected free cash flow in year t, starting from the latest annual free cash flow.
  • r: Discount rate, usually a required return or cost of capital estimate.
  • g: Terminal growth rate used after the explicit five-year forecast.
  • TV: Terminal value, or the value assigned to cash flows after year five.
  • Net debt: Debt minus cash; subtract it from enterprise value to estimate equity value.

The calculator uses a Gordon growth terminal value. That structure requires the discount rate to be greater than terminal growth; otherwise the denominator is zero or negative and the continuing-value estimate breaks down.

Free cash flow is entered in millions, net debt is entered in millions, and diluted shares are entered in millions. Keeping those scales aligned lets the per-share result remain in ordinary currency per share.

Five-year DCF example

Assume $1,000M current free cash flow, 6% forecast growth, a 10% discount rate, 3% terminal growth, $500M net debt, 200M diluted shares, and a $40 market price.

The projected year-five free cash flow is $1,338.23M. The present value of the five explicit cash flows is $4,480.28M, and the present value of terminal value is $12,226.58M.

Enterprise value is $16,706.86M, equity value is $16,206.86M, and intrinsic value per share is $81.03.

Against a $40 market price, the model shows a 50.64% margin of safety, but 73.18% of enterprise value comes from terminal value, so the long-run assumption needs close review.

According to CFA Institute, analysts use FCFF and FCFE models to estimate company value and evaluate whether a stock is overvalued, fairly valued, or undervalued.

According to Corporate Finance Institute, DCF value equals the sum of each period's cash flow discounted by one plus the discount rate raised to that period, with terminal value added and discounted.

When the starting cash-flow input needs to be built from operating cash flow and capital spending, the free cash flow calculator helps prepare the base number before valuing the stock.

Key Concepts Explained

A useful valuation model is built from a few connected ideas. Review these before changing the assumptions.

Free cash flow base

Free cash flow is the cash available after operating needs and capital spending. It can differ sharply from accounting earnings, especially for cyclical, acquisitive, or capital-intensive companies.

Discount rate

The discount rate converts future cash into present value. A higher rate lowers the estimate because it asks for more compensation for risk, delay, and uncertainty.

Terminal value

Terminal value captures cash flows after year five. It often dominates the result, so small terminal-growth changes can move the per-share estimate by a large amount.

Margin of safety

Margin of safety compares estimated value with market price. A positive value means the model estimate is above price; a negative value means price exceeds the estimate.

The calculator also reports terminal value share because it is a quick warning light. When most enterprise value comes from cash flows after the explicit forecast, the result depends heavily on a long-run assumption that no one can verify today.

A negative net debt entry represents net cash and increases equity value. A positive net debt entry reduces equity value because lenders have a claim ahead of common shareholders.

For a risk-based estimate of the required return used as a discount rate, the CAPM calculator can support the cost-of-equity side of the assumption.

How to Use This Calculator

Work from audited or clearly sourced inputs, then run several cases instead of relying on one set of assumptions.

  1. 1 Enter current free cash flow: Use the latest annual free cash flow in millions, preferably from company filings or a reconciled financial model.
  2. 2 Set five-year growth: Use a growth rate that fits revenue quality, margins, reinvestment needs, and the company's actual runway.
  3. 3 Choose discount and terminal growth rates: Keep terminal growth below the discount rate and below a long-run rate you can defend.
  4. 4 Adjust for net debt and shares: Enter debt minus cash and diluted shares in millions so the equity value converts cleanly to per-share value.
  5. 5 Compare with market price: Use the margin-of-safety output to decide whether the estimate is above, near, or below the current quote.
  6. 6 Rerun downside and upside cases: Change one assumption at a time so you can see whether growth, discount rate, or terminal value drives the conclusion.

If a stable company looks attractive only when terminal growth is 4% and the discount rate is 7%, try a 2% terminal growth rate and a 9% discount rate in this intrinsic value calculator. If the margin of safety disappears, the thesis depends more on optimistic valuation assumptions than on current cash generation.

If you are valuing an entire private company rather than one public share, the business valuation calculator gives EBITDA, SDE, revenue multiple, and DCF-style comparisons.

Benefits of Using This Calculator

The main benefit is disciplined assumption review. The calculator shows how the estimate is assembled instead of hiding the valuation path.

  • Separates business value from financing: Enterprise value comes first, then net debt adjusts the result for the common shareholder claim.
  • Shows per-share impact: Diluted shares translate the total equity estimate into the number investors usually compare with market price.
  • Flags terminal-value dependence: Terminal value share helps you spot models where most value comes from cash flows beyond the explicit forecast.
  • Supports scenario records: Running bear, base, and bull cases makes your assumption changes visible and easier to revisit later.
  • Improves price discipline: The margin-of-safety output helps separate an attractive company from an attractive entry price.

This calculator is especially useful when the company has positive free cash flow and a business model that can be forecast with some restraint. It is less useful for early-stage businesses, commodity producers at cycle peaks, banks, insurers, or companies whose accounting structure requires a different valuation method.

A DCF also pairs well with relative checks. If a stock looks undervalued in the DCF but trades at a much higher multiple than similar firms, the gap deserves investigation rather than automatic acceptance.

For mature dividend-paying stocks where distributions are the cleaner shareholder cash flow, compare this DCF result with the dividend discount model calculator.

Factors That Affect Your Results

Small assumption changes can create large value changes. Review the inputs that usually move the estimate most.

Starting cash-flow quality

One unusual year can distort the whole model. Normalize for one-time working-capital swings, asset sales, litigation receipts, or deferred capital spending before entering free cash flow.

Forecast growth

Growth should connect to revenue, margins, reinvestment, and competitive position. A high growth rate without matching reinvestment assumptions may overstate value.

Discount rate

Higher risk, more leverage, or weaker predictability usually calls for a higher discount rate, which lowers the present value of future cash flows.

Terminal growth

Terminal growth should be conservative because it applies indefinitely. It must stay below the discount rate for the formula to work.

Share count and net debt

Dilution, buybacks, debt issuance, and excess cash can change the per-share result even when enterprise value is unchanged.

  • This is an informational model and does not account for taxes, option dilution beyond the share count you enter, acquisitions, pension deficits, off-balance-sheet obligations, or industry-specific valuation methods.
  • The model assumes a smooth five-year growth path and a single perpetual terminal growth rate. Real businesses can have recessions, reinvestment spikes, margin resets, or structural decline.
  • A margin of safety does not remove investment risk. It is only the gap between market price and your assumptions, and those assumptions can be wrong.

Before treating the output as useful, trace the free cash flow input to financial statements and reconcile any adjusted number. If management excludes recurring costs or capital needs, rebuild the input before relying on it.

For public companies, read the business description, risk factors, management discussion, and cash-flow statement together. The DCF result should fit the company's actual economics, not just the spreadsheet's arithmetic.

According to U.S. Securities and Exchange Commission, a cash flow statement shows whether a company generated cash and reports cash inflows and outflows over a period.

For a balance-sheet and earnings screen that avoids long-term cash-flow forecasts, the Graham number calculator offers a different value-investing cross-check.

intrinsic value calculator with free cash flow, terminal value, and margin of safety results
intrinsic value calculator with free cash flow, terminal value, and margin of safety results

Frequently Asked Questions

Q: What is intrinsic value in stock investing?

A: Intrinsic value is an estimate of what a business or share is worth based on expected future cash flows, risk, and capital structure. It is not the same as the current market price. The market price can move because of sentiment, liquidity, news, or short-term expectations.

Q: How does this calculator estimate intrinsic value per share?

A: It projects five years of free cash flow, discounts those cash flows, adds a discounted terminal value, subtracts net debt, and divides the resulting equity value by diluted shares. The output is a per-share estimate that can be compared with the current market price.

Q: What discount rate should I use?

A: Use a rate that reflects the return you require for the company's risk. Some analysts estimate it with WACC or cost of equity models, while individual investors may use a required return. Higher uncertainty usually needs a higher discount rate.

Q: Why must terminal growth be below the discount rate?

A: The perpetual growth formula divides by discount rate minus terminal growth. If terminal growth equals or exceeds the discount rate, the denominator is zero or negative and the model produces an unusable continuing value. The calculator blocks that case.

Q: Is intrinsic value the same as a target price?

A: No. Intrinsic value is a model-based estimate from your assumptions. A target price may include market sentiment, expected catalysts, valuation multiples, analyst judgment, or a specific time horizon. Treat this result as one valuation input, not a price forecast.

Q: How should I use the margin of safety result?

A: Use margin of safety as a risk buffer, not as proof that a stock is cheap. A wider positive margin can help absorb forecast errors, but only if your free cash flow, debt, share count, growth, and discount-rate assumptions are reasonable.