How to Value an Industrial Property: Cap Rate vs. DCF Analysis

Valuing commercial real estate is part science, part judgment. Unlike residential properties — which can be valued by comparing recent sales of similar homes — industrial properties have unique income streams, physical characteristics, and tenant profiles that require more sophisticated analysis. Two methods dominate: the Capitalization Rate (Cap Rate) approach and Discounted Cash Flow (DCF) analysis. Understanding both, when to use each, and the common mistakes investors make will give you a significant edge in evaluating industrial opportunities.

What Is Net Operating Income (NOI)?

Both valuation methods rely on Net Operating Income as their foundation. NOI is the income a property generates from operations before debt service and income taxes.

NOI Formula:

Gross Potential Rent
- Vacancy and Credit Loss (typically 3–8% of GPR)
= Effective Gross Income (EGI)
- Operating Expenses
= Net Operating Income (NOI)

For a NNN-leased industrial property, operating expenses are largely passed through to tenants, so the landlord's expense load is minimal — typically management fees (2–4% of collected rent), a capital reserve allowance, and administrative costs. This is why NNN industrial is so attractive to investors: NOI closely approximates actual cash received.

For a gross-leased industrial property, the landlord pays property taxes, insurance, and maintenance — all of which must be deducted before arriving at NOI. A gross lease at $8.00/SF with $3.50/SF in landlord expenses produces the same NOI as a NNN lease at $4.50/SF with no landlord expenses.

Sample NOI Calculation

Assume a 50,000 SF NNN industrial building in Lakeland, Polk County:

| Line Item | Annual Amount | |---|---| | Gross Potential Rent ($7.50/SF × 50,000 SF) | $375,000 | | Vacancy allowance (5%) | ($18,750) | | Effective Gross Income | $356,250 | | Management fee (3% of EGI) | ($10,688) | | Capital reserves ($0.15/SF) | ($7,500) | | Administrative / misc. | ($2,000) | | Net Operating Income | $336,063 |

Method 1: Cap Rate Valuation

The capitalization rate method is the simplest and most widely used valuation approach for stabilized, income-producing industrial properties.

Cap Rate Formula:

Cap Rate = NOI / Property Value

Rearranged to solve for value:

Property Value = NOI / Cap Rate

If the market cap rate for comparable industrial properties in Lakeland is 6.5%, the value of our sample property is:

$336,063 / 0.065 = $5,170,200

What Is a Cap Rate Really Measuring?

A cap rate is the rate of return you would earn if you purchased the property for all cash (no mortgage). It reflects the market's current pricing for the risk profile of that property. Lower cap rates mean investors are paying more per dollar of income — indicating higher perceived quality, lower risk, or stronger market conditions.

Florida Industrial Cap Rates by Submarket (2026)

| Submarket | Class A Cap Rate | Class B Cap Rate | |---|---|---| | Miami-Dade (Doral/Medley) | 4.50 – 5.25% | 5.50 – 6.25% | | Broward County | 4.75 – 5.50% | 5.75 – 6.50% | | Palm Beach County | 5.25 – 6.00% | 6.00 – 6.75% | | Tampa / Hillsborough | 5.50 – 6.25% | 6.25 – 7.00% | | Orlando / Orange County | 5.50 – 6.50% | 6.25 – 7.25% | | I-4 Corridor / Polk County | 5.75 – 6.75% | 6.50 – 7.50% | | Jacksonville / Duval | 6.00 – 7.00% | 6.75 – 7.75% | | Secondary markets | 6.50 – 8.00% | 7.00 – 9.00%+ |

These are indicative ranges based on current market conditions and will shift as interest rates and supply/demand dynamics change. Always validate cap rates against recent comparable sales in the specific submarket.

When to Use the Cap Rate Method

Cap rate valuation is most reliable when:

• The property has stable, in-place income (no major near-term lease expirations)
• There are recent comparable sales to validate the market cap rate
• You are doing a quick screening of multiple properties
• The property has a relatively simple lease structure

Cap rate is a snapshot — it values the property based on current income without accounting for future rent growth, lease rollovers, capital expenditures, or changes in market conditions.

Method 2: Discounted Cash Flow (DCF) Analysis

DCF analysis projects all cash flows over a defined hold period, applies a terminal value at sale, and discounts everything back to present value at a target rate of return (the discount rate, or IRR).

The DCF Process

Step 1: Project cash flows over the hold period (typically 5–10 years)

For each year, project:

• Rental revenue (existing leases escalating per contract, market rents applied at rollover)
• Vacancy and credit loss
• Operating expenses (escalating at an assumed inflation rate)
• Capital expenditures (TI allowances at lease rollovers, capital improvements)

Step 2: Calculate Net Cash Flow to Equity

If the analysis includes debt financing:

NOI - Debt Service = Cash Flow Before Tax

For unlevered analysis (all-cash):

NOI - Capital Expenditures = Net Cash Flow

Step 3: Estimate the terminal (reversion) value

In the final year of the hold period, estimate the sale price by dividing the projected Year N+1 NOI by a terminal cap rate:

Terminal Value = Year (N+1) NOI / Terminal Cap Rate

Terminal cap rates are typically set 25–75 basis points above the going-in cap rate to reflect increased property age and lease uncertainty.

Step 4: Discount all cash flows to present value

Apply a discount rate (target IRR) to all projected cash flows and the terminal value. The sum of present values equals the property's estimated value at your target return.

DCF Example: Lakeland Industrial Building

Using our 50,000 SF Lakeland property, assuming a 7-year hold, 3% annual rent escalation, 6.5% going-in cap rate, 7.0% terminal cap rate, and 8.0% target IRR:

| Year | NOI | PV at 8% Discount Rate | |---|---|---| | Year 1 | $336,063 | $311,170 | | Year 2 | $346,145 | $296,551 | | Year 3 | $356,529 | $283,012 | | Year 4 | $367,225 | $270,059 | | Year 5 | $378,242 | $257,497 | | Year 6 | $389,589 | $245,461 | | Year 7 | $401,277 | $234,072 | | Terminal Value (Yr 8 NOI / 7.0%) | ~$5,925,000 | $3,456,000 | | Total Present Value | | ~$5,353,000 |

The DCF indicates a value of approximately $5.35 million at an 8% IRR — slightly above the $5.17 million indicated by the cap rate method, reflecting the value of projected rent growth.

When to Use DCF Analysis

DCF is most appropriate when:

• Leases are rolling during the hold period (requiring market rent assumptions at rollover)
• The property has below-market or above-market rent that will adjust
• You are modeling a value-add scenario with planned improvements
• Institutional buyers or lenders require a full underwriting model
• You need to analyze sensitivity to different hold periods or exit assumptions

The Sales Comparison Approach as a Sanity Check

Both cap rate and DCF methods are income approaches. A third approach — the sales comparison (comparable sales) method — provides an important sanity check.

The sales comparison approach identifies recent arm's-length sales of comparable industrial buildings and adjusts for differences in size, location, age, clear height, lease quality, and condition. The result is a market value indication on a price-per-square-foot basis.

In Lakeland and the broader Polk County market, typical industrial sale prices in 2026 range from $80 to $140 per square foot for Class B warehouse product, with Class A distribution facilities transacting at $120–$175 per square foot depending on location and lease quality. If your income approach produces a value of $5.35 million on a 50,000 SF building ($107/SF), and comparable sales support $100–$115/SF for similar buildings, your analysis is internally consistent.

For detailed current market data, view all listings to see asking prices and recently closed transactions in your target market.

Common Valuation Mistakes

Using market cap rates without verifying comparability. Cap rates from another submarket, a different vintage, or a property with a different lease structure are not applicable to your analysis. Be rigorous about comparable selection.

Understating vacancy. Many buyers use 3–5% vacancy assumptions for Florida industrial because markets have been tight. A more conservative 5–8% vacancy assumption is more appropriate for most properties given lease rollover risk.

Ignoring lease rollover costs. When a tenant vacates, expect to spend TI allowances and free rent to re-lease. These costs — often $15–30/SF for industrial — should be modeled explicitly in your DCF. Omitting them overstates value.

Using a static terminal cap rate. Terminal cap rates should reflect the property's condition and lease quality at the time of assumed sale, not current market conditions. A 10-year-older building with shorter lease terms at sale should carry a higher terminal cap rate than the going-in rate.

Modeling rent growth without basis. Projecting 3–5% annual rent growth in a market where rents have been flat or declining is wishful thinking. Ground your rent growth assumptions in submarket supply/demand dynamics and historical rent trends.

Whether you are evaluating a single acquisition or building a portfolio, using both cap rate and DCF analysis — with market comps as a cross-check — gives you the most complete picture of industrial property value. Explore industrial listings alongside these frameworks to identify properties where the market price reflects a compelling entry point relative to your return requirements.