Commercial Services / Build-to-Suit
Build-to-suit advisory for manufacturers, distributors, logistics companies, owner-users and expanding businesses that need a facility designed around their operational requirements.
An industrial build-to-suit begins when a company has a facility requirement that cannot be solved efficiently by leasing or purchasing an existing building. The gap may be location, clear height, dock configuration, outside storage, yard depth, electrical capacity, specialized manufacturing infrastructure, parking, office percentage, expansion capacity, security, employee access or simply the scale of the requirement.
At that point, the assignment becomes more complex than a conventional tenant representation search. A successful build-to-suit requires coordination between real estate, operations, finance, legal, engineering, design, utilities, incentives, entitlement, construction and corporate decision-making. The quality of the outcome is heavily influenced by decisions made before a developer ever prices the project.
My role is to represent the industrial user through that process. That starts with defining what the company actually needs, separating requirements from preferences, translating the operating requirement into a real estate brief, and then creating competition among sites, developers and transaction structures.
The objective is not merely to get a new building constructed. It is to create a facility that supports the business operationally while controlling long-term occupancy cost, preserving flexibility and reducing execution risk.
A build-to-suit is usually considered only after the cost, timing and flexibility of existing buildings have been tested. In some cases, a second-generation industrial property remains the best answer because it can be occupied faster and with less development risk. In other situations, forcing the operation into an imperfect building creates recurring costs that outweigh the apparent savings.
Manufacturing users may require heavy electrical service, process water, ventilation, crane systems, reinforced slabs, unusual clear heights, specialized loading, compressed air, controlled environments or production layouts that are difficult to retrofit economically.
High-volume logistics users may need a specific combination of interstate access, trailer storage, dock ratios, circulation, clear height, employee parking, building depth and expansion land that is not available in existing inventory.
Companies expecting to remain in one facility for many years may place greater value on operational efficiency, identity, future expansion and long-term occupancy economics than on the short-term flexibility of an existing lease.
A user may need to be close to a particular workforce, customer concentration, supplier, airport, highway, data infrastructure, major employer, production facility or service territory. In those cases, the correct site can matter more than the availability of existing space.
A company planning future growth may benefit from a site and building design that accommodates phased expansion without relocating the entire operation or disrupting production.
Some owner-users need a facility that functions as a long-term corporate asset, customer-facing headquarters, showroom, service center or integrated industrial campus rather than simply a warehouse shell.
Before land is shortlisted or developers are approached, the business requirement needs to be converted into a clear facility program. This is one of the most important steps in the process because vague requirements create vague pricing, incomplete comparisons and expensive changes later.
The program should identify the initial building area, anticipated expansion, office and warehouse percentages, clear height, column spacing, dock and grade-level loading, truck court depth, trailer parking, employee parking, outside storage, yard configuration, power, gas, water, wastewater, fire protection, floor loads, crane or production infrastructure, security, signage and any specialized operational criteria.
Just as important, the program should distinguish between non-negotiable requirements and items that can be traded against economics. A company may prefer 36-foot clear height, for example, but be fully functional at 32 feet. It may want ten acres of expansion land but only need five. Those distinctions matter when multiple sites and development structures are being compared.
The cheapest land is rarely the cheapest project. Industrial site selection should be based on total delivered occupancy cost and operational performance, not merely price per acre. A site that appears inexpensive can become costly after accounting for grading, detention, off-site utilities, roadway improvements, entitlement delays, environmental constraints, floodplain, impervious cover limitations, unusual foundation conditions or insufficient power.
For Austin-area build-to-suit assignments, site selection can include the broader Central Texas industrial ecosystem rather than only the City of Austin. Depending on the user, the search may extend into the north, northeast, east, southeast and south corridors, including jurisdictions and submarkets influenced by Round Rock, Georgetown, Pflugerville, Taylor, Hutto, Manor, Del Valle, Buda, Kyle and other growth areas surrounding the Austin metropolitan region.
Each jurisdiction has a different mix of land economics, utility infrastructure, development requirements, road access, workforce availability, permitting processes and incentive possibilities. The right answer depends on the business, not on a generic ranking of submarkets.
Interstate and toll-road access, travel time to customers and suppliers, airport access, truck routes, turning movements, roadway capacity and congestion all influence both operating efficiency and site viability.
Industrial users should confirm available electrical capacity, service timing, water, wastewater, gas, telecom and fire-flow requirements early. Utility assumptions are too important to leave until late-stage due diligence.
A building can meet every physical requirement and still fail if employees cannot reach it efficiently. Labor mapping should be integrated into the site search when workforce availability is a material operating constraint.
Zoning, permitted uses, subdivision status, platting, drainage, environmental conditions, access approvals and municipal requirements can materially affect both timing and cost.
Shape, frontage, topography, soil conditions, floodplain, easements, setbacks, detention and impervious cover can determine how much usable industrial building and yard can actually fit on a tract.
Expansion needs should be planned at the site-selection stage. A facility that works today but blocks future building expansion, truck circulation or additional parking may create an expensive relocation sooner than expected.
There are two broad approaches to a build-to-suit: a third-party developer can acquire or control the land, construct the facility and lease it to the user; or the company can acquire the land and ultimately own the completed property. Variations include purchase options, sale-leasebacks, joint ventures and developer structures that transfer ownership after completion.
A leased build-to-suit can preserve corporate capital and shift portions of the development and financing responsibility to the developer. It can also create a predictable occupancy structure when the user is comfortable making a long-term lease commitment.
Ownership may appeal to companies that expect very long-term occupancy, want control of the real estate, value future appreciation, need specialized improvements that are difficult to amortize through a lease, or have access to attractive financing. But owning the building also commits capital that could otherwise be invested in the operating business.
The comparison should go well beyond rent versus mortgage payment. The analysis should consider land basis, total development cost, financing, required equity, taxes, insurance, maintenance, residual value, depreciation, flexibility, expected holding period, expansion needs, cost of capital and the return the business can generate from alternative uses of cash.
Often best evaluated for companies prioritizing capital preservation, developer execution, balance-sheet flexibility and a defined long-term occupancy commitment.
Often best evaluated for companies with long-duration occupancy, a desire to control the asset, access to capital and confidence that the real estate will remain strategically useful.
When feasible, the strongest negotiating position may come from pricing both alternatives rather than deciding the structure before the market has been tested.
If an existing building is not solving the requirement, the next step is to define the facility program and determine whether a build-to-suit is economically and operationally justified.
A well-structured request for proposals can create a competitive environment among developers while allowing the company to compare materially different sites and structures on a common framework. The RFP should do more than ask for a rental rate. It should define the facility program, site assumptions, required delivery, responsibilities, pricing format and critical business terms.
Depending on the assignment, I may approach developers that already control appropriate land as well as groups capable of acquiring a selected site. This creates flexibility: the best developer does not always control the best land, and the best site may be owned by a party that is not itself the optimal development partner.
Developer comparisons should address track record, financial capacity, relevant industrial experience, local execution capability, design and construction team, proposed site, land basis, development budget, schedule, lease economics, escalation, tenant investment, guarantees, remedies, expansion rights, assignment and subletting, purchase rights and financial transparency.
Base rent, commencement, escalation, operating expenses, tax and insurance structure, tenant investment, allowances, deposits, guarantees, options and other material financial terms.
Land control, civil feasibility, building specifications, parking, loading, yard, utilities, expansion capacity, signage and all physical requirements affecting operations.
Design, entitlement, permitting and construction milestones; responsibility for delays; outside delivery dates; remedies; substitution rights; and the conditions that must be satisfied before the user becomes fully committed.
Build-to-suit economics are typically driven by total project cost, developer return requirements, financing, lease term, credit profile, residual value and the degree to which the facility is reusable by future occupants. A highly specialized building may require different economics than a conventional distribution facility because the developer is taking greater residual-value risk.
Quoted rent should therefore be evaluated together with the assumptions behind it. A lower initial rate can be offset by larger escalations, pass-through expenses, limited tenant improvement funding, expensive change-order provisions or unfavorable expansion and renewal terms. Likewise, a somewhat higher rent may be justified if the site materially reduces transportation, labor or operational costs.
The correct comparison is the total economic effect of the real estate decision over the anticipated occupancy period. That includes rent, operating expenses, capital contributions, moving costs, equipment relocation, operating efficiencies, expansion options, downtime risk and the value of flexibility.
For certain industrial projects, economic development incentives can be a meaningful part of the site-selection process. Eligibility and value depend on the company, capital investment, job creation, wages, project location, taxing jurisdictions and the specific policies in effect when the project is evaluated.
Potential incentive conversations can involve cities, counties, economic development corporations, utility providers and other public or quasi-public entities. The most productive approach is usually to evaluate incentives as one component of the overall site economics rather than selecting a site solely because an incentive appears available.
Incentive value should be weighed against land cost, utility timing, construction cost, permitting risk, logistics, labor and operational considerations. A larger incentive does not compensate for a site that is fundamentally wrong for the business.
Build-to-suit negotiations typically involve more than a standard industrial lease. The parties may negotiate a letter of intent, development agreement, work letter, plans and specifications, construction milestones, acceptance procedures and other project documents in addition to the lease itself.
The business terms should allocate responsibility clearly. Who controls design changes? What happens if utilities are delayed? Who pays for cost increases caused by changes in the user's program? What are the consequences if the building is not delivered by the required date? When does rent commence? What constitutes substantial completion? How are punch-list items handled? When are expansion options exercisable?
These questions affect the economics and risk of the transaction and should be addressed early enough that the user retains negotiating leverage.
Delivery date and outside delivery date; substantial completion; tenant delay; change orders; rent commencement; construction standards; testing and acceptance; expansion rights; purchase options; assignment and subletting; renewal rights; restoration; casualty and condemnation; operating-expense treatment; guaranty burn-offs; remedies; and termination rights.
Translate operational needs into a facility program, including current space, growth, loading, yard, parking, utility, infrastructure and location requirements.
Set the target occupancy date, budget parameters, lease-versus-own alternatives, required flexibility and internal approval process.
Identify candidate submarkets and jurisdictions based on labor, logistics, customers, suppliers, infrastructure, access and operating priorities.
Evaluate listed and off-market land, developer-controlled sites and qualified development partners capable of executing the assignment.
Test site fit, access, utilities, entitlement, topography, drainage, environmental constraints, preliminary civil considerations and expansion capacity.
Create a consistent proposal framework so competing sites and developers can be compared on building specifications, schedule, economics and risk allocation.
Normalize proposals, model total occupancy cost, identify hidden assumptions and narrow the field to the strongest site and transaction structures.
Negotiate rent or acquisition economics, development obligations, delivery, incentives, improvements, guarantees, options, remedies and other key terms.
Coordinate site diligence, legal documentation, plans and specifications, utility confirmation, design development and required approvals.
Remain engaged through major milestones so real estate commitments, expansion rights, delivery obligations and occupancy requirements stay aligned with the negotiated transaction.
Before committing to a site or developer, determine what the business truly requires, what can remain flexible and how multiple alternatives can be made to compete.
Build-to-suit requirements arise across many types of industrial operations. The common denominator is that real estate has become operationally important enough that an existing building may no longer be the best solution.
Facilities requiring production layouts, higher utility loads, cranes, specialized slabs, process infrastructure, employee parking, outside storage or room for future production lines.
Large warehouse and distribution operations focused on transportation access, clear height, dock capacity, trailer storage, circulation, labor and throughput.
Companies needing secure yards, fleet parking, service bays, wash areas, parts storage, dispatch functions and convenient access to a defined service territory.
Users with specialized power, clean production, R&D, assembly, testing, temperature control or hybrid office-industrial requirements.
Contractors, suppliers and building-material users requiring a combination of warehouse, showroom, outdoor storage, truck access and customer convenience.
Privately held and institutional companies evaluating whether long-term ownership of a purpose-built facility can serve both operational and investment objectives.
A developer's job is to create a project that produces an acceptable return for the developer. The industrial user's objective is different: secure the right facility, in the right location, on acceptable economics, with appropriate flexibility and manageable execution risk.
Those interests overlap, but they are not identical. Independent representation gives the user a party focused on maintaining competition, challenging assumptions, comparing alternatives and protecting the company's real estate objectives throughout the process.
It can also prevent the process from becoming anchored too early to a single developer-controlled site. Once a company invests substantial time in plans, renderings and negotiations with one group, leverage can decline. A broader initial process preserves optionality longer.
An industrial build-to-suit is a facility planned around a specific company's operational requirements and delivered on a selected site. The user may lease the completed facility from a developer or landlord, acquire the land and own the completed building, or use another negotiated structure. Unlike a speculative industrial building, the project is designed with a known user and defined occupancy requirement in mind.
A build-to-suit can make sense when existing inventory does not provide the required location, building size, clear height, loading, yard, outside storage, power, employee parking, specialized infrastructure, expansion capacity or long-term economics. It may also be appropriate when the cost of repeatedly adapting a generic building creates operational inefficiency.
There is no single reliable timeline because the schedule depends on land control, entitlement status, platting, utility availability, civil engineering, design, permitting, financing, construction complexity and jurisdiction. The right way to evaluate timing is to build a project-specific schedule from the actual site and requirements rather than rely on a generic construction estimate.
Yes. In many assignments, creating competition among qualified developers is one of the most effective ways to improve economics and clarify execution risk. The RFP should define the facility requirements and ask each developer to respond in a consistent format so that sites, rental structures, delivery obligations and other terms can be normalized and compared.
No. The process can work either way. Some developers control land that may be a strong fit; in other cases, the best strategy is to identify an independent site and then select a developer capable of acquiring and building on it. Keeping those paths open can prevent the site search from being limited to land already controlled by a small group of developers.
That depends on capital strategy, expected occupancy period, flexibility, financing, real estate appreciation potential, tax considerations and the expected return on capital within the operating business. Rather than deciding based on preference alone, it is often useful to model the long-term economics of both structures.
Yes, and expansion should ideally be addressed during site selection and conceptual planning. The site can be evaluated for future building additions, extra parking, trailer storage, yard expansion or a second phase. The lease or development documents should also address the user's rights to that expansion area and the economics for future phases.
The company should have an initial estimate of building size, growth, employee count, parking, loading, yard needs, utility requirements, preferred geography, occupancy timing, capital strategy and specialized improvements. The program does not need to be fully engineered at the beginning, but it should be specific enough to screen sites and obtain credible proposals.
The answer depends entirely on the user's operating requirements. Different Austin-area corridors offer different combinations of land cost, labor, transportation, utilities, development timing and access to customers or suppliers. A manufacturing user, a last-mile operator and a regional distribution center may reach very different conclusions even if all three are searching within the same metropolitan area.
Some projects may qualify for economic development support depending on investment, job creation, location and current program requirements. Incentives should be investigated early enough to influence site comparison, but they should remain one part of a broader analysis that includes land, construction, utilities, logistics, workforce and execution risk.
That depends on the assignment, but continued involvement can be valuable through major project milestones. The broker can help keep the negotiated real estate terms, delivery obligations, expansion rights, options and occupancy requirements visible as the project moves from transaction documents into design and construction.
If your company is evaluating a new manufacturing, distribution, warehouse, service, flex or owner-occupied industrial facility in Austin or Central Texas, I can help structure the search, compare build-to-suit alternatives and represent your interests through site selection and negotiation.
Greg Cooper
Commercial Real Estate Broker
If you are evaluating an Austin or Central Texas industrial site—or own land that may have industrial development potential—I can help you assess the opportunity, identify the issues that matter most and determine the right acquisition, sale or development strategy.
Whether you’re evaluating a commercial asset, land opportunity, or development site, the first step is a strategic conversation.
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