Projecting Unlevered Free Cash Flow (UFCF)

1. What is Unlevered Free Cash Flow (UFCF)?

Before we can project it, we must understand what UFCF represents. At its core, Unlevered Free Cash Flow (also called Free Cash Flow to Firm, or FCFF) is the cash generated by a company's core business operations that is available to all of its capital providers—both debt holders and equity holders.

To get a clear definition, let's turn to a foundational guide from Wall Street Prep.

The key takeaway is that UFCF is calculated before deducting interest payments to debt holders or paying dividends to equity holders. This makes it independent of a company's capital structure (its mix of debt and equity financing). Why does this matter? It allows you to compare the operational performance of two companies on an "apples-to-apples" basis, even if one is heavily financed by debt and the other is all-equity financed.

Because UFCF represents the cash flows available to all investors, discounting these cash flows will yield the Enterprise Value of the company. We'll explore this relationship in more detail later in the module.

2. The Anatomy of the UFCF Calculation

There are a couple of ways to calculate UFCF, but they all arrive at the same place. The most common and intuitive method starts with Net Operating Profit After Tax (NOPAT).

This visual shows the calculation starting from EBIT. Let's formalize this into the standard formula that begins with NOPAT.

The Standard UFCF Formula

The formula is:
$\text{UFCF}=\text{NOPAT}+\text{D\&A}-\Delta \text{NWC}-\text{CapEx}$
Where:

• NOPAT = Net Operating Profit After Tax
• D&A = Depreciation & Amortization
• ΔNWC = Change in Net Working Capital
• CapEx = Capital Expenditures

Let's break down each component. The following resource explains each one clearly.

Here is a summary of the logic for each step:

1. Start with NOPAT:

   • NOPAT = EBIT * (1 - Tax Rate)
   • We start with Earnings Before Interest and Taxes (EBIT), which is a measure of a company's core operating profitability. We then tax this profit to see what would be left if the company had no debt (hence, no interest tax shield). This is the cornerstone of the "unlevered" calculation.

2. Add back Depreciation & Amortization (D&A):

   • D&A is a non-cash expense. It was subtracted to get to EBIT on the income statement, but no cash actually left the company. To get to a true cash flow figure, we must add it back.

3. Subtract the Change in Net Working Capital (ΔNWC):

   • ΔNWC = NWC_current_period - NWC_prior_period
   • This is a crucial and often confusing step. Net Working Capital (typically non-cash Current Assets minus non-debt Current Liabilities) represents the cash tied up in the daily operations of the business.
     • If NWC increases, it means the company has invested more cash in items like inventory or has more accounts receivable. This is a use of cash, so we subtract the increase from our UFCF calculation.
     • If NWC decreases, it means the company has collected cash (e.g., from receivables) or reduced inventory. This is a source of cash, so we add the decrease (i.e., subtract a negative number).

4. Subtract Capital Expenditures (CapEx):

   • CapEx represents cash spent on long-term assets like property, plant, and equipment (PP&E). This is a real cash outflow required to maintain and grow the business, and it is not captured on the income statement (only D&A is). We find this on the Cash Flow Statement.

3. Projecting UFCF from a 3-Statement Model

Knowing the formula is one thing; projecting it over 5-10 years is the real task of a financial analyst. Each component of the UFCF formula must be forecasted, and these forecasts are direct outputs from the integrated 3-statement model you learned to build in Module 4.

This is where your driver-based forecasting skills become critical.

As the article illustrates, you don't just guess at the final UFCF number. You build the projection from the ground up, linking it directly to your model's assumptions:

• EBIT is derived from your projected Income Statement, which is built on revenue growth and margin assumptions.
• The Tax Rate is an assumption used to calculate NOPAT.
• D&A is projected on your PP&E schedule, which is linked to your CapEx forecast.
• Change in NWC is calculated from your projected Balance Sheet, which in turn is driven by working capital assumptions like Days Sales Outstanding (DSO), Days Inventory Outstanding (DIO), and Days Payables Outstanding (DPO).
• CapEx is projected on your CapEx schedule, often as a percentage of revenue or based on specific company guidance for expansion projects.

The final output is a schedule that clearly lays out the UFCF calculation for each year of your forecast period.

4. A Note on Operating Leases

For those aiming for "Ivy League quality" analysis, it's important to understand nuances. One such nuance is the accounting treatment of operating leases, which changed significantly with the IFRS 16 standard.

The simple rule of thumb for valuation purposes is to ensure that you deduct the full cash rent expense when calculating free cash flow. Under IFRS 16, this rent is split into depreciation and interest on the financial statements. To get to true cash flow, you must ensure both parts (or their equivalent) are effectively subtracted. This is a detail that separates a good analyst from a great one.

Conclusion

In this lesson, we have laid the foundation for our DCF valuation by focusing on its most important input: Unlevered Free Cash Flow.

Key Takeaways:

• UFCF is the cash generated from core operations available to all capital providers (debt and equity). It is independent of capital structure.
• The most common formula is UFCF = NOPAT + D&A - Change in NWC - CapEx.
• Each component of the UFCF formula is projected using drivers and schedules from an integrated three-statement financial model.
• The ultimate goal is to create a forecast schedule that shows the expected UFCF for each year in the projection period (typically 5-10 years).

You have now mastered the "numerator" of the DCF valuation. You can project the cash flows. The next logical question is: what is the value of those future cash flows today? To answer that, we need to calculate an appropriate discount rate.

In our next lesson, we will begin constructing this discount rate—the Weighted Average Cost of Capital (WACC). We will start by learning how to calculate the Cost of Equity using the Capital Asset Pricing Model (CAPM) and the after-tax Cost of Debt.