FSA Chapter 4

MSFT-FY 26 Q2 case study!

​A Lesson in Capital Allocation: Decoding the $37B Bet on Microsoft's Future.

MSFT-FY 26 Q2 case study!

MSFT-FY 26 Q2 case study!

1. ​Productivity: M365 Copilot (15M paid seats, 160% growth).
   

2. Intelligent Cloud: Azure revenue up 39% (beating 37% guidance).
   

3. The Conflict: Management is diverting internal GPU capacity to power Copilot, slightly "starving" external Azure growth to capture the high-margin application layer.

MSFT-FY 26 Q2 case study!

​Breaking Down the 10-Q Revenue: $81.3B (vs. $69.6B LY).
Operating Income: $38.3B (21% YoY increase).
Net Income (GAAP): $38.5B (60% increase, includes $7.6B gain from OpenAI).
Net Income (Non-GAAP): $30.9B (23% increase).
CapEx: $37.5B (Up 66% YoY).

Multiple Choice

Where can we find the CAPEX?

• Income statement

• Balance Sheet

• Cash Flow Statement

• Statement of Shareholder Equity

MSFT-FY 26 Q2 case study!

Cashflow statement only shows the CAPEX is around 29.9B, where is the 37.5 B came from?

MSFT-FY 26 Q2 case study!

1. The $29.9 Billion (Cash Flow Statement)

This is a GAAP (Generally Accepted Accounting Principles) figure. It represents the actual cash Microsoft wrote checks for during the quarter to buy equipment like servers and land. It is strictly "cash out the door."


2. The $37.5 Billion (Earnings Call/Management Figure)

This is a Non-GAAP or "managerial" view. Management uses this number because it includes Finance Leases.  

• The Logic: If Microsoft "rents" $7.6 billion worth of server hardware through a finance lease, they technically haven't paid all the cash upfront (so it doesn't show up in the "Cash Flow" line yet).

• The Reality: They are still committed to that equipment and are using it to run AI workloads. Management reports the higher $37.5B figure to show investors the total scale of their infrastructure growth, even if part of it is being paid for over time rather than all at once.

MSFT-FY 26 Q2 case study!

The Efficiency vs. Expenditure Paradox

On the surface, Microsoft’s fundamentals remain robust. Revenue reached $81.3B (16.7% YoY growth), and operating margins climbed to 47.1%—beating market expectations. However, the "Stability" label that justifies Microsoft’s premium valuation is facing pressure due to a significant divergence in cash flow.

While total Capital Expenditure (CapEx) hit $37.5B, the Cash CapEx—the liquid capital spent directly on hardware like GPUs—surged to 37% of revenue. This aggressive infrastructure build-out resulted in Free Cash Flow (FCF) shrinking to $5.9B, its lowest level in three years.

MSFT-FY 26 Q2 case study!

MSFT-FY 26 Q2 case study!

MSFT-FY 26 Q2 case study!

Breaking Down ROCE (The "Why")

The goal of any business is to generate a high Return on Common Equity (ROCE). But a single percentage (like 20%) doesn't tell us how the company made that money. Was it by selling lots of products, or just by taking on a ton of debt?

NOA = Operating Assets - Operating Liabilities

Why do this? Think of it like a restaurant.

• Operating Assets: The ovens, the food, the building.

• Operating Liabilities: The money you owe your vegetable supplier.

• NOA: This is the "true" amount of capital tied up just to keep the kitchen running.

NFO = Financial Liabilities - Financial Assets

Why do this? Think of it like a restaurant.

• Financial Liabilities: The big loan you took from the bank to start the business, plus any interest you owe.

• Financial Assets: The "rainy day" cash you have sitting in a savings account or some stocks the business bought with extra cash.

• NFO: This is your "Net Debt." It’s the actual amount of money you owe to outside lenders after you use your spare cash to pay off as much as possible.

Why we separate NOA and NFO

NOA
Focus: How good are you at making and selling pizza?
Goal: High Return: You want your ovens and food to make a lot of profit.
The Example: If you have a great chef but a bad bank loan, your NOA will look amazing, but your NFO might eat up all your profits.

NFO
Focus: How did you fund the shop (Debt or Cash)?
Goal: Low cost: You want your bank loan to have the lowest interest rate.
The Example: If you have a terrible chef but a huge inheritance (Cash), your NFO might be negative, making the business look "safe" even though the pizza is bad.

​Stark Industries Balance Sheet Breakdown

​1. Operating Assets (What Stark Uses to Run Its Business)
These are assets Stark Industries needs to develop cutting-edge technology and weapons.

​Stark Industries Balance Sheet Breakdown

​Operating Liabilities (SI’s Day-to-Day Debts)

These are the financial obligations Stark Industries has to keep the business running.

​Stark Industries Balance Sheet Breakdown

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Return on Net Operating Assets (RNOA)

• The Concept: This is the single most important number in this chapter. It answers: "For every dollar invested in building Iron Man suits, how much profit does the suit business actually make?"

• The Logic: If RNOA is low, the business is bad, no matter how much you manipulate the debt.

• The Equation:

  RNOA =NOPAT/Average NOA

Net Borrowing Cost (NBC)

• The Concept: This is the interest rate the bank charges Tony Stark.

• The Logic: We need to know the "cost of funds" to compare it against the "return on funds" (RNOA).

• The Equation:

  NBC = Net Interest Expense after Tax/Average Net Debt

Financial Leverage (FLEV)

• The Concept: How much debt is Tony using relative to his own money?

• The Logic: High leverage magnifies wins, but it also magnifies losses.

• The Equation:

  FLEV = Average Net Debt/Average Equity

The "Spread"

• The Concept: This is the magic. It is the difference between how good you are at business and how much it costs to borrow money.

• The Example:

  • If running Stark Industries returns 15% (RNOA)...

  • And the bank lends you money at 5% (NBC)...

  • Your Spread is 10%. You are borrowing cheap money to make high returns. This is "Good Leverage."

• The Equation:

  Spread = RNOA - NBC

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Scenario A - The "Good" Leverage

• RNOA = 10%

• Interest Rate (NBC) = 4%

• Logic: Every dollar you borrow costs 4 cents but earns 10 cents. You keep the 6 cent difference!

• Result: Borrowing more money increases your ROE.

Scenario B - The "Bad" Leverage

• RNOA = 3% (Bad year for sales)

• Interest Rate (NBC) = 4%

• Logic: You borrow at 4% but only earn 3%. You are losing money on every borrowed dollar.

• Result: Leverage crushes your ROE. This is how companies go bankrupt.

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Return on Operating Assets (ROOA)

• Goal: Measure the raw efficiency of the assets before taking credit for "free" financing from suppliers.

• The Concept: Imagine Tony Stark looks at his factory floor. He sees robots, machinery, and inventory (Operating Assets). He wants to know: "Do these specific machines generate a good profit?" He doesn't care yet how he paid for them or if he owes money to suppliers. He just wants to know if the assets themselves are efficient.

Return on Operating Assets (ROOA)

• The Equation:

  ROOA = NOPAT/Average Operating Assets

• The "Why" (Differentiation):

  • RNOA (which we calculated earlier) gives the company credit for using Operating Liabilities (like Accounts Payable) to reduce its investment.

  • ROOA removes that credit. It is a purer measure of asset quality.

Return on Operating Assets (ROOA)

• Stark Industries generates $100 million in NOPAT.

• The total value of the factory and inventory (Operating Assets) is $1,000 million.

• ROOA =100/1000 = 10%

• This tells us the factory technology yields a 10% return.

Operating Liability Leverage (The "OLLF" Effect)

• The Concept: This is the "Free Lunch." Stark Industries doesn't pay for its Vibranium metal immediately; it pays suppliers 60 days later. This "Accounts Payable" acts like a 0% interest loan. By using this free money, Stark reduces the amount of his own cash he has to invest (lowering NOA), which skyrockets his return (RNOA).

• The Logic: If you can run a business using your suppliers' money instead of your own, your RNOA will always be higher than your ROOA. This boost is called the Operating Liability Leverage Factor (OLLF).

Operating Liability Leverage (The "OLLF" Effect)

• RNOA = ROOA + (ROOA *OLLEV)

  Where:

• OLLEV(Operating Liability Leverage)

  =Average Operating Liabilities/Average NOA

Operating Liability Leverage (The "OLLF" Effect)

• Step 1 (The Assets): As seen in previous slide, the factory (ROOA) earns 10%.

• Step 2 (The Leverage): Stark owes suppliers $400 million (Operating Liabilities).

  • Total Operating Assets = $1,000M

  • Operating Liabilities = $400M

  • NOA (Invested Cash) = $1,000M - $400M = $600M

• Step 3 (The Result):

  • RNOA = NOPAT/NOA = 100/600} = 16.7%

• The Takeaway: The machines only earned 10% (ROOA), but because Stark used free supplier money, his investors earned 16.7% (RNOA). The 6.7% difference is the "OLLF Gain."