A data center investment gets grouped with industrial real estate in most market reports, but the underwriting has more in common with a utility contract than with a warehouse lease. Kansas City has picked up real data center and hyperscale development in recent years, drawn by available power infrastructure and fiber routes running through the metro, and that activity has put the category on more local investors' radar than it was a decade ago.
Power and Fiber Decide Where These Get Built, Not Location Alone
A data center site lives or dies on power capacity and redundancy long before anything about visibility or traffic counts matters, which is the opposite of how most commercial real estate gets sited. Developers evaluate substation proximity, available megawatts, and utility interconnection timelines as the first filter, and a parcel that fails on power availability rarely gets a second look regardless of price or access. Fiber route proximity is the second filter, since latency-sensitive tenants need direct or near-direct fiber access rather than a last-mile connection built after the fact.
The Tenant Base Looks Nothing Like a Standard Industrial Roll
Data center tenants range from hyperscale cloud providers leasing an entire purpose-built facility, down to colocation operators who then sublease rack space to smaller enterprise customers, down further to smaller edge facilities serving local latency-sensitive uses. Lease terms for large single-tenant hyperscale deals tend to run long, often a decade or more, with rent structured around power draw as much as square footage, which is a fundamentally different lease math than a standard industrial triple net deal.
A colocation-anchored building spreads tenant risk across many smaller customers rather than concentrating it in a single hyperscale lease, which changes the underwriting from a single-credit question into something closer to evaluating a multi-tenant roll, complete with churn assumptions that do not apply to a facility leased entirely to one cloud provider.
Development Cost and Specialized Risk
Construction cost per square foot for a purpose-built data center runs far above a standard warehouse because of the electrical infrastructure, cooling systems, and redundancy requirements built into the shell itself. That cost premium is one reason most individual investors access the category through an already-built, leased facility rather than ground-up development, and even a stabilized purchase carries technology obsolescence risk that a warehouse or retail building does not, since cooling and power requirements for newer server generations keep climbing.
Who Actually Operates the Building Day to Day
Ownership of a data center building rarely means running the technical operation inside it. A hyperscale tenant typically self-manages its own facility staff and equipment behind the landlord's shell and core responsibility, while a colocation tenant runs its own network operations center independent of the property owner. The owner's role is closer to a specialized industrial landlord than a technology operator, responsible for the building envelope, base electrical infrastructure, and site security, while the tenant handles everything from the server rack outward.
That division of responsibility should be spelled out precisely in the lease, since ambiguity over who maintains a backup generator or a chiller plant creates real operating risk in a building where even short downtime is expensive for the tenant.
Where This Fits a 1031 Exchange
A data center property qualifies as like-kind real property for a 1031 exchange the same as any other investment real estate, but direct ownership is a specialized purchase that most individual exchange investors are not positioned to underwrite alone within a 45-day identification window. A DST built around an institutional-grade data center or a diversified portfolio including data center assets is the more practical route for an exchange investor who wants exposure to the category without personally evaluating power infrastructure and hyperscale lease terms.
Common Questions
What makes data center site selection different from other industrial real estate?
Power capacity and redundancy are the first filter, followed by proximity to fiber routes for low-latency connectivity. A parcel that fails on available power rarely gets developed regardless of location or price, which is different from how a standard warehouse site gets chosen.
How are data center leases typically structured?
Large hyperscale tenants often sign leases running a decade or longer, with rent tied to power draw in addition to square footage. Colocation facilities work differently, subleasing rack space to a mix of smaller enterprise customers.
Why is data center development more expensive than a standard warehouse?
The electrical infrastructure, redundant power systems, and cooling equipment required in the building shell cost far more per square foot than standard industrial construction, which is why most investors access the category through a stabilized, already-leased facility.
Can a data center be used as 1031 exchange replacement property?
Yes, a data center qualifies as like-kind real property for a 1031 exchange. A DST interest in an institutional data center portfolio is a separate structure that can also serve as replacement property.
Is direct data center ownership realistic for an individual exchange investor?
It is possible but demanding, since evaluating power infrastructure and hyperscale lease terms within a 45-day identification window is a specialized undertaking. Many exchange investors access the category through a DST instead of buying a single facility directly.
