NPV and IRR Analysis: Should CAKE Open 10 New Locations?
The Cheesecake Factory (CAKE) | Capital Budgeting Case Study | 10-Unit Expansion Program
The Capital Budgeting Decision
Every significant capital allocation decision in corporate finance requires a rigorous analysis of projected returns versus the cost of capital. For The Cheesecake Factory, the decision to open a new restaurant is a $1.45M capital commitment per location. Before writing that check ten times over, management must demonstrate to the board and investors that the projected returns exceed the company's weighted average cost of capital. This article builds that analysis from the ground up.
Net Present Value and IRR — The Two Core Capital Budgeting Tools
Net Present Value (NPV) answers the question: in today's dollars, how much value does this investment create? A positive NPV means the project returns more than the cost of capital. A negative NPV destroys value. The NPV decision rule is simple: approve all positive-NPV projects; reject negative-NPV projects.
Internal Rate of Return (IRR) answers: what annualized return does this project generate on the invested capital? The decision rule: if IRR exceeds the WACC (hurdle rate), the project creates value. If IRR falls below WACC, the project earns less than the company's cost of funding and should be rejected.
WACC — The Discount Rate
WACC (Weighted Average Cost of Capital) blends the cost of equity and cost of debt, weighted by the capital structure. For CAKE, with a predominantly equity-funded balance sheet, cost of equity at ~10.5% (using CAPM) and pre-tax cost of debt at ~6.0%, the blended WACC is approximately 8.3%. This is the minimum return the project must generate to justify the investment — every dollar of return above 8.3% creates shareholder value.
WACC Formula:
WACC = (E/V × Re) + (D/V × Rd × (1 − Tax Rate))
CAKE Inputs:
E/V = 84% equity weight | Re = 10.5% cost of equity
D/V = 16% debt weight | Rd = 6.0% | Tax Rate = 14.0%
WACC = (0.84 × 10.5%) + (0.16 × 6.0% × 0.86) = 8.3%
Project Assumptions — 10-Unit Expansion Program
| Assumption | Value | Rationale |
|---|---|---|
| Initial Investment per Unit ($K) | $1,450 | Buildout + equipment + pre-opening; CAKE IR guidance |
| Total Program Investment ($K) | $14,500 | 10 units × $1,450K |
| Year 1 AUV per Unit ($K) | $9,500 | 86% of existing fleet AUV; conservative ramp assumption |
| Revenue Ramp (Yr 1 → Yr 3) | 8% per year | New units ramp to stabilized AUV over 3 years |
| Stabilized AUV ($K) | $11,023 | $9,500 × (1.08)³ |
| Restaurant-Level Margin % | 21.0% | CAKE FY2024 average; achieved by Year 2 for new unit |
| Corporate Overhead per Unit ($K/yr) | $125 | SG&A allocation; reduces as portfolio scales |
| Maintenance CapEx per Unit ($K/yr) | $55 | Annual refresh and equipment replacement |
| WACC / Discount Rate | 8.3% | Computed above; management hurdle rate |
| Lease Term | 10 years | Standard CAKE lease structure; DCF horizon matches |
Annual Cash Flow Projection — Per Unit ($K)
| Item | Yr 0 | Yr 1 | Yr 2 | Yr 3 | Yr 4 | Yr 5 | Yr 7 | Yr 10 |
|---|---|---|---|---|---|---|---|---|
| INVESTMENT | ||||||||
| Capital Investment ($K) | ($1,450) | — | — | — | — | — | — | — |
| OPERATING CASH FLOWS | ||||||||
| Revenue | — | $9,500 | $10,260 | $11,081 | $11,303 | $11,529 | $11,995 | $12,729 |
| Food & Bev Cost (27%) | — | ($2,565) | ($2,770) | ($2,992) | ($3,052) | ($3,113) | ($3,239) | ($3,437) |
| Labor Cost (35%) | — | ($3,325) | ($3,591) | ($3,878) | ($3,956) | ($4,035) | ($4,198) | ($4,455) |
| Other Variable (15.5%) | — | ($1,473) | ($1,590) | ($1,718) | ($1,752) | ($1,787) | ($1,859) | ($1,973) |
| Restaurant-Level EBITDA | — | $2,137 | $2,309 | $2,493 | $2,543 | $2,594 | $2,699 | $2,864 |
| Corporate Overhead | — | ($125) | ($125) | ($125) | ($125) | ($125) | ($125) | ($125) |
| Maintenance CapEx | — | ($55) | ($55) | ($55) | ($55) | ($55) | ($55) | ($55) |
| Free Cash Flow per Unit | ($1,450) | $1,957 | $2,129 | $2,313 | $2,363 | $2,414 | $2,519 | $2,684 |
NPV / IRR Results — Decision Summary
| Decision Metric | Per Unit | 10-Unit Program | Decision Threshold | Signal |
|---|---|---|---|---|
| WACC (Hurdle Rate) | 8.3% | 8.3% | Management minimum | — |
| NPV per Unit ($K) | +$9,247 | +$92,470 | Must be > $0 | APPROVE ✓ |
| IRR per Unit | 155% | 155% | Must exceed 8.3% WACC | APPROVE ✓ |
| Payback Period | < 1 year | < 1 year | Target < 6 years | Exceptional ✓ |
| EV/EBITDA at Cost (Year 1) | 0.68x | 0.68x | Target < 8x | Well below ✓ |
| Total Program Investment ($K) | $1,450 | $14,500 | Board approval required | — |
Management Decision: APPROVE the 10-Unit Program
The NPV is strongly positive at $9.2M per unit and $92.5M for the program. The IRR of 155% is exceptional — far exceeding the 8.3% WACC hurdle. The payback period of less than 12 months (Year 1 FCF exceeds the initial investment) is among the fastest in the restaurant industry. At 0.68x EV/EBITDA at cost, these are accretive to the existing portfolio by any measure.
Why the IRR Is So High — And Why That's Plausible
An IRR of 155% may seem unrealistic, but it reflects a core reality of restaurant economics: the capital invested ($1.45M per unit) is relatively small compared to the annual free cash flow generated by a mature unit (~$2.3–2.7M per year). When annual FCF exceeds the initial investment in under a year, the IRR naturally becomes very high because you are recovering the full investment almost immediately and then generating pure return for the remaining 9 years of the lease.
This is one reason well-run restaurant companies with high AUV and controlled costs are attractive capital allocation stories. The unit economics are compelling: spend $1.45M, generate $2M+ in FCF starting in Year 1. The risk is not in the return potential — it is in selecting the right sites, executing the ramp, and sustaining the traffic.
Downside Scenario Analysis
Even in a scenario where Year 1 AUV comes in 20% below the base assumption ($7,600K instead of $9,500K), the NPV remains strongly positive and the project still generates an IRR well above WACC. The investment case for new CAKE units is robust to a wide range of downside scenarios because the fixed cost base is low relative to revenue potential.
| Scenario | Yr 1 AUV ($K) | NPV/Unit ($K) | IRR | Payback (yrs) | Decision |
|---|---|---|---|---|---|
| Base Case | $9,500 | $9,247 | 155% | <1 | Approve ✓ |
| AUV -10% | $8,550 | $7,912 | 128% | 1.0 | Approve ✓ |
| AUV -20% | $7,600 | $6,578 | 102% | 1.1 | Approve ✓ |
| AUV -30% | $6,650 | $5,244 | 76% | 1.3 | Approve ✓ |
| AUV -50% (severe stress) | $4,750 | $2,576 | 24% | 2.0 | Approve ✓ |
| AUV -65% (failure case) | $3,325 | ($247) | 7.8% | 2.9 | Marginal ✗ |
The NPV only turns negative when AUV falls 65% below the base case — a scenario that would represent a fundamentally broken site selection decision, not a normal market variation. CAKE's site selection process, location scoring, and demographic analysis are specifically designed to prevent this outcome.
Would Management Approve This Project?
Yes — this project should be approved. The NPV is strongly positive, the IRR is far above the cost of capital, and the payback period is exceptional. The investment case is robust to significant downside scenarios. There is no reasonable capital budgeting framework under which this program fails the investment test.
The real management question is not whether to expand, but how fast. Given the compelling unit economics, the binding constraint on expansion rate is not financial analysis — it is organizational: management bandwidth for site selection, construction management, hiring and training, and the customer experience of new unit openings. Expanding too fast and opening underperforming units damages the brand; expanding too slowly leaves value on the table.
The board presentation would conclude: 10-unit program generates $92.5M in incremental NPV at an IRR well above our WACC. Even in a stress scenario with 30% below-plan AUV, the project returns 76% IRR. Site selection quality is the primary execution risk. We recommend approval and will provide quarterly updates on ramp performance against the base case assumptions.
Download the Full Excel Capital Budgeting Model
Full NPV/IRR model with dynamic DCF, sensitivity tables, and WACC calculator included in the CAKE 5-Tab Financial Model workbook available with this article series.
Disclaimer: This analysis is for educational purposes only. Capital investment figures and unit economics are estimated from CAKE public disclosures and industry benchmarks. Actual project returns will vary. Source: CAKE 10-K FY2024, SEC EDGAR, CAKE Investor Relations. Not investment advice.