There Is No Universal "Good" WACC
The most important thing to understand about WACC is that there is no single number that is "good" or "bad" in isolation. A 12% WACC might be excellent for a high-growth technology company and dangerously high for a regulated utility. What matters is context: the industry, the company size, the prevailing interest rate environment, and most importantly â whether the company's return on invested capital exceeds its WACC.
That said, benchmarks are genuinely useful for sanity-checking your calculation, framing investment decisions, and understanding whether a business is efficiently financed. Here is a practical guide.
WACC Ranges by Level
WACC Benchmarks by Industry
Industry is the single biggest driver of WACC variation. Capital-intensive, regulated, or stable-cash-flow industries tend to have low WACC. High-growth, high-beta, or cyclical industries tend to have higher WACC. The table below shows approximate WACC ranges for major sectors based on typical capital structures and risk profiles.
| Industry / Sector | Typical WACC Range | Key Driver |
|---|---|---|
| Utilities (Electric, Gas, Water) | 4â7% | Regulated revenues, heavy debt usage, low beta |
| Real Estate / REITs | 5â8% | Stable property income, high leverage, preferred stock |
| Telecommunications | 6â9% | Recurring subscription revenues, high infrastructure debt |
| Consumer Staples (Food, Beverages) | 6â9% | Low beta, stable demand, strong balance sheets |
| Healthcare (Hospitals, Devices) | 7â11% | Moderate beta, stable but regulated revenues |
| Financial Services (Banks) | 8â12% | Capital requirements, rate sensitivity, regulatory risk |
| Industrials (Manufacturing) | 8â12% | Cyclical revenues, moderate beta, leverage varies |
| Consumer Discretionary (Retail) | 9â13% | Cyclical demand, competitive pressure, moderate leverage |
| Technology (Software, SaaS) | 9â14% | High beta, low debt (often), high equity cost due to growth risk |
| Energy (Oil & Gas) | 10â14% | Commodity price volatility, capital intensity, high beta |
| Biotech / Pharma (R&D Stage) | 12â20% | Binary clinical outcomes, high equity risk, minimal debt |
| Private Mid-Market Companies | 14â22% | Size premium, illiquidity, company-specific risk |
| Early-Stage / Startups | 25â50%+ | High failure risk, no established cash flows, VC return expectations |
What Drives WACC Higher or Lower?
Interest rate environment. WACC is directly sensitive to interest rates. When the Federal Reserve raises rates, the risk-free rate rises, which flows through to both the cost of equity (via CAPM) and the cost of debt. The rate hiking cycle of 2022â2023 raised WACC across all sectors by 1â3 percentage points compared to the near-zero rate era of 2020â2021.
Capital structure â leverage. Adding more debt to a capital structure lowers WACC (up to a point), because after-tax debt is cheaper than equity. This is why utilities and infrastructure companies, which carry very high debt loads, have low WACCs. However, too much debt increases financial risk, which raises both the cost of equity and the cost of debt â eventually pushing WACC back up.
Beta / Market risk. Companies in cyclical, volatile, or high-growth industries have higher betas, which means investors demand a higher return on equity, which raises WACC. A company with a Beta of 1.5 will have a significantly higher cost of equity than one with a Beta of 0.6, even with identical capital structures.
Company size. Smaller companies have higher WACC for two reasons. First, smaller companies typically have higher betas (more volatile). Second, they face a size premium â academic research consistently shows that investors demand higher returns for small-company investments beyond what beta alone predicts.
Credit quality / cost of debt. An investment-grade company (BBB or above) might borrow at 5%. A high-yield (BB or below) company might borrow at 9â10%. This difference in credit spread directly increases WACC for lower-rated businesses.
Tax rate. The corporate tax rate determines the size of the debt tax shield. A higher tax rate makes debt cheaper on an after-tax basis, which lowers WACC. This is one reason why the 2017 US corporate tax cut from 35% to 21% effectively raised WACC across the board â the tax shield shrank.
WACC vs. Return on Invested Capital (ROIC)
The most important question is not "is my WACC good?" but rather "does my return exceed my WACC?" This comparison â WACC vs. Return on Invested Capital (ROIC) â is the ultimate test of value creation.
- ROIC > WACC: The company is creating economic value â earning more on its capital than it costs to finance that capital. This is the hallmark of a great business. Companies like Apple, Microsoft, and Visa have historically generated ROIC well above their WACC, which is why they command premium valuations.
- ROIC = WACC: The company is breaking even on a value basis. It is covering its cost of capital but not creating excess returns. Shareholders earn exactly what they require â no more, no less.
- ROIC < WACC: The company is destroying economic value. Even if it is earning accounting profits, it is not generating enough return to satisfy its capital providers. This typically leads to declining valuations and pressure to restructure or sell assets.
How to Use WACC as a Hurdle Rate
In capital budgeting, WACC serves as the hurdle rate â the minimum acceptable return for any new investment, project, or acquisition. The logic is straightforward: if you invest capital at a return below WACC, you are effectively paying more for the capital than you are earning with it, which destroys value.
In practice, many companies add a buffer above WACC for their hurdle rate â often 2â5 percentage points â to account for estimation error, execution risk, and the opportunity cost of capital. A company with a WACC of 10% might require a 13â15% internal rate of return (IRR) before approving a new capital project.
Calculate and Interpret Your Own WACC
Use our free calculators to compute your WACC and get an instant plain-English interpretation alongside the industry benchmarks in this article: