Industrial Construction Cost Benchmarks
Construction costs vary significantly by industrial subtype, market, and building specification. Based on MMCG database benchmarks:
Standard dry warehouse (pre-engineered metal building): $75 to $140 per square foot. Tilt-up concrete distribution center: $100 to $175 per square foot. Manufacturing facility: $100 to $200 per square foot depending on power, crane, and process requirements. Cold storage and refrigerated warehouse: $175 to $275 per square foot. Flex and R&D space (including office build-out): $120 to $200 per square foot. Food processing facility: $150 to $250 per square foot depending on USDA/FDA compliance requirements.
Costs vary plus or minus 20% by region, with coastal markets (San Francisco, Portland, New York) at the high end and Sun Belt markets (Phoenix, Las Vegas, Dallas) at the lower end. A 4% to 6% annual escalation trend has persisted since 2020, though the rate of increase is moderating. Our feasibility studies calibrate project cost assumptions against these benchmarks and evaluate whether the proposed budget is realistic for the target market and building specification.
Institutional-Grade Data and Methodology
MMCG industrial feasibility studies draw on the same data infrastructure used by institutional industrial developers, REITs, and national lenders:
CoStar for industrial market analytics, vacancy rates, absorption trends, rent comparables, tenant activity, and supply pipeline tracking. Moody's Analytics for economic and demographic forecasting, employment sector analysis, and metropolitan statistical area outlooks. CBRE and JLL industrial market reports for institutional benchmarking and investment market intelligence. ESRI ArcGIS Business Analyst for trade area demographics, workforce analysis, drive-time modeling, and supply chain proximity mapping. Bureau of Labor Statistics for employment growth, wage trends, and occupational composition by submarket. Dun and Bradstreet for tenant credit analysis and business establishment data. RMA Annual Statement Studies for NAICS-specific financial benchmarks.
Every projection in our studies is traceable to its source. We do not rely on borrower-supplied assumptions, anecdotal evidence, or unverifiable estimates.
Key Financial Metrics We Model
Industrial feasibility analysis centers on financial metrics specific to the industrial asset class.
NNN lease economics. Industrial properties are predominantly leased on triple net terms, with tenants paying base rent plus property taxes, insurance, and maintenance. This structure produces landlord operating expense ratios of just 5% to 15% of effective gross income, compared to 35% to 50% for multifamily or hospitality. Our models project base rent, annual escalations (typically 2% to 3%), and re-tenanting costs at each lease expiration.
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DSCR (Debt Service Coverage Ratio) is modeled under base-case, upside, and downside scenarios. SBA and USDA lenders typically require a minimum DSCR of 1.20x to 1.25x for industrial loans, with some conventional lenders requiring 1.30x for speculative development.
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Cap rates for industrial properties currently range from approximately 5.5% to 7.5% depending on subtype, location, tenant credit, and lease term. Warehouse and distribution averages approximately 6.4% to 6.6%. Cold storage in gateway markets trades as low as 5.0% to 5.5%. Our models project stabilized value using market-derived capitalization rates and model exit valuations at Year 5, 7, and 10.
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Development yield measures NOI as a percentage of total development cost. Typical targets range from 7.0% to 8.5% for speculative warehouse development, representing a 100 to 200 basis point spread above stabilized cap rates. This spread compensates for lease-up risk and construction uncertainty.
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Break-even occupancy identifies the minimum occupancy percentage at which the property covers all operating expenses and debt service. For NNN industrial with low operating expense ratios, break-even occupancy is typically 65% to 80% depending on leverage.
Industrial Feasibility Study Cost
Industrial feasibility study fees typically range from $5,000 to $8,000 or more, depending on project scale, facility type, market complexity, and the scope of analysis required by the lender. Standard single-tenant warehouse and distribution center projects in well-documented CoStar markets tend toward the lower end. Multi-building industrial parks, cold storage facilities, manufacturing projects with specialized compliance requirements, or properties in markets requiring extensive primary research fall at the higher end.
MMCG applies the same institutional-grade methodology and analytical rigor found at leading global consultancies. Our pricing is structured for the SBA and USDA lending market, ensuring that industrial developers and their lenders receive premier-quality analysis at accessible fee levels.
Every engagement receives a fixed-fee proposal. No hourly billing, no scope creep, no surprises. Our standard fee structure is 50% upon engagement and 50% upon delivery and positive lender or CDC review and acceptance of the completed study.
MMCG produces independent feasibility studies across every major commercial real estate asset class. Our industrial methodology shares analytical foundations with several adjacent property types. Distribution and logistics operators should review our dedicated warehouse feasibility study. Hybrid office-warehouse configurations are covered under our flex space feasibility study. Cold storage and temperature-controlled facilities share industrial site selection criteria with our broader logistics analysis. Retail-to-industrial conversion projects and last-mile distribution developments may intersect with our retail feasibility study. Self-storage operators evaluating industrial-zoned sites can explore our self-storage feasibility study. Projects in USDA-eligible rural communities may qualify for financing detailed in our USDA feasibility study. Owner-operators seeking SBA financing should review SBA feasibility study requirements.
Speak Directly With the Author of Your Study:
Michal Mohelsky, J.D., | Principal | mmcginvest.com
Contact: michal@mmcginvest.com
Phone: (628) 225-1110
Industrial Feasibility Study
Independent feasibility analysis for warehouses, manufacturing facilities, distribution centers, cold storage, flex space, and industrial parks. NNN lease modeling, tenant demand analysis, construction cost benchmarking, and financial projections built for SBA, USDA, and conventional lender approval.
Why Industrial Development Requires Independent Feasibility Analysis
Industrial real estate is the largest commercial property sector in the United States by total square footage, and development decisions in this sector carry significant capital risk. A 100,000-square-foot warehouse requires $7 million to $15 million in total development costs. A cold storage facility of similar scale can exceed $25 million. A data center campus can reach $500 million or more. The difference between a project that services its debt and one that does not often comes down to assumptions about tenant demand, achievable rents, and construction costs that cannot be validated without rigorous independent analysis.
The U.S. industrial market is at a pivotal inflection point. National vacancy reached approximately 6.7% in late 2025 after rising from historic lows of 3.5% in 2022, but the rate of increase is decelerating and vacancy is projected to peak in 2026 as the construction pipeline drops to decade lows. Net absorption rebounded to approximately 150 to 177 million square feet in 2025, and Prologis forecasts 200 million square feet of absorption in 2026, which would exceed expected new supply for the first time since 2022. This rebalancing creates opportunity for well-positioned projects but punishes those built on flawed feasibility assumptions.
SBA lenders require third-party feasibility analysis for industrial development and acquisition projects financed through 7(a) and 504 programs. The SBA 504 program provides an enhanced debenture cap of $5.5 million specifically for manufacturing projects. USDA Business and Industry guaranteed loans finance industrial projects in eligible rural areas with populations under 50,000, with loan amounts up to $25 million and feasibility study requirements under 7 CFR Part 5001.
Beyond regulatory compliance, the feasibility study serves as the analytical foundation for every stakeholder in the capital stack: the lender evaluating credit risk, the equity investor modeling returns, and the developer validating that the project pencils before committing capital.
What Our Industrial Feasibility Studies Include
Every MMCG industrial feasibility study is engineered to address the full spectrum of analytical requirements that credit committees, SBA loan reviewers, USDA Rural Development offices, and equity investors evaluate.
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Market demand and absorption analysis. We quantify industrial demand within the defined trade area using employment growth data, industry composition analysis, e-commerce penetration rates, logistics network requirements, and tenant relocation and expansion activity. We segment demand by tenant type (logistics/distribution, manufacturing, e-commerce fulfillment, cold chain, flex/R&D) and evaluate whether the local market's absorption trajectory can support the proposed new supply. Small-bay space under 50,000 square feet remains exceptionally tight nationally at approximately 4.8% to 5.0% vacancy, while big-box space over 300,000 square feet shows higher availability in many markets.
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Competitive supply assessment. Our team profiles every competing industrial property within the defined market area: existing inventory, properties under construction, projects with approved permits, and developments in the planning phase. We analyze vacancy rates, asking rents, lease structures (NNN, modified gross, full-service), tenant credit profiles, and weighted average lease terms. Net supply additions relative to projected absorption determine whether the market can support new development without compressing rents.
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Site and technical feasibility. We evaluate zoning compliance (Light Industrial/M-1, Heavy Industrial/M-2, or Special Industrial classifications), building coverage ratios, setback requirements, height restrictions, parking and truck staging requirements, utility capacity (electrical, water, sewer, gas), and transportation access (interstate proximity, rail access, port proximity, last-mile routing). For manufacturing projects, we assess power capacity requirements and environmental permitting considerations. For cold storage, we evaluate refrigeration infrastructure and temperature zone planning.
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Financial modeling and pro forma analysis. Our ten-year pro forma projects rental income under NNN lease structures with 2% to 3% annual escalations, vacancy and credit loss reserves, tenant improvement allowances, leasing commissions, operating expenses (typically 5% to 15% of effective gross income for NNN industrial), Net Operating Income, and debt service coverage analysis. We model DSCR, IRR at multiple hold periods, cash-on-cash return, development yield, and exit cap rate valuation. Sensitivity analysis stress-tests projections under adverse scenarios: delayed lease-up, rent compression, construction cost overruns, and rising interest rates.
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Tenant credit and lease structure evaluation. Industrial property value is fundamentally a function of the tenant's credit quality and the lease term. Our studies evaluate whether the projected tenant profile (investment-grade credit, regional firm, startup) supports the underwriting assumptions. For build-to-suit projects with a pre-committed tenant, we analyze the lease terms, renewal options, and tenant financial statements. For speculative development, we model lease-up timelines, concession packages, and re-tenanting risk at lease rollover.
Industrial Property Types We Analyze
MMCG produces feasibility studies across every industrial format and development strategy.
Warehouse and distribution centers represent the largest segment of industrial development. Modern Class A distribution requires 32 to 40 feet of clear height (each additional foot adds approximately 7% to 10% of storage capacity), adequate dock door ratios for throughput requirements, and truck court depths of 120 feet or more for standard trailer operations. We evaluate both bulk distribution and last-mile logistics formats.
Manufacturing facilities require analytical considerations that do not apply to warehouse properties: power capacity (often 2,000+ amps for heavy manufacturing), floor load ratings, crane capacity, process flow optimization, OSHA compliance, and workforce availability analysis. Owner-occupied manufacturing projects qualify for enhanced SBA 504 debentures up to $5.5 million.
Cold storage and refrigerated warehouses represent one of the fastest-growing industrial segments. Construction costs run 2.5 to 3 times higher than dry warehouse at $175 to $275 per square foot. Approximately 75% of U.S. cold storage facilities are over 25 years old, creating substantial demand for modern replacement capacity. Our studies model temperature zone configurations, refrigeration capital expenditure, and cubic-foot-based revenue rather than traditional square foot metrics.
Data centers require specialized feasibility analysis addressing power procurement (typically 50 to 100+ megawatts for hyperscale facilities), redundancy architecture (N+1, 2N), fiber connectivity, and cooling infrastructure. Data center construction costs average approximately $8 to $12 million per megawatt. Before 2020, only 7% of industrial-zoned land sold to data center developers; today that figure is approximately 70% in key markets.
Flex and R&D space combines office and warehouse or laboratory components, typically with 30% to 50% office build-out. These properties serve technology companies, light manufacturing, and professional services firms. Parking ratios are significantly higher than pure industrial (4 to 6 spaces per 1,000 SF versus 1 to 2 for warehouse).
Food processing facilities require USDA and FDA compliance analysis, sanitary design evaluation, and cold chain infrastructure assessment. These projects are particularly well suited to USDA B&I financing given their frequent location in rural agricultural communities.
Industrial parks and multi-building developments require master planning feasibility: phased development modeling, shared infrastructure cost allocation, tenant mix optimization, and covenants/restrictions analysis.
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166 Geary St Ste 1500
San Francisco,
California, 94108
+1 (628) 225-1110