Data Center Shell and Core Construction in Coppell, Texas

Shell construction for a data center has to anticipate equipment that does not exist yet, and that is the discipline we bring to Coppell. Shell and core means the foundations, the structural frame, the slab, the roof, the envelope and the base utilities, built to carry racks, chillers, generators and batteries that an operator will install later. We design the building around the heaviest and tallest items first, then close it in so the fit-out can start under cover.

The city is well placed for that work. Part of the airport property lies inside Coppell, and the northeast corner of the airfield sits right alongside it. Freeways do not cut through the middle of town, but the tolled and state highways on the west and north edges and Interstate 635 to the south give trucks a short route to nearly any site. For a builder, that matters more than a map suggests, because every concrete panel, steel truss and transformer arrives on a truck with a delivery window.

We plan and estimate the shell, schedule the trade partners who pour and erect it, and inspect the work against the drawings before the next trade begins. Our aim is a base building that the operator's electrical and mechanical firms can occupy without rework.

Coppell has a strong record of large, clear-span industrial buildings, and the same parcel types suit several data center forms. A colocation data center wants a shell with multiple data halls, a shared electrical room and room for a generator yard along one side. An enterprise data center may need a single hall with offices, a loading dock and a network operations room.

Tilt-wall and precast construction are the natural choices for these shells, because they go up fast, resist fire well and give clean interior walls. Where a building needs long open spans for cooling or crane bays, structural steel and roof framing may be the better frame. We explain the trade-offs to the owner with cost and schedule comparisons, and we do not push one system over another.

A shell rarely stands alone. Most Coppell owners also need site development, paving for truck courts, utility service entrances and a plan for the electrical yard. Our tilt-wall and precast data center shells scope covers the panels, connections and roof in detail, and truck courts and access roads deals with the concrete and subgrade that heavy deliveries wear down fastest.

We also help owners decide how much to build at once. A phased plan can frame the whole shell and fit out one hall, or build half the shell and leave a clean expansion wall. Each choice changes how power, cooling and security are routed, and we sketch both before a decision is made.

Our shell scope begins with geotechnical review and ends with a weathertight building ready for tenant improvements. Along the way it includes grading, deep utilities, footings, slab on grade, wall panels or masonry, roof system, doors, dock equipment and the base electrical service entrance. The slab receives special attention: flatness, curing, joint layout and the loads from racks and battery cabinets all affect its design.

We also include temporary power and drainage, so the interior trades work in dry conditions, and we hold a pre-installation meeting before each major trade starts. The goal is a shell that matches the specification and arrives with clean documentation, including as-builts and test reports.

Shell cost is driven by building size, clear height, floor load and the chosen structural system. A recent distribution project in the city was announced with 186,291 square feet on 13 acres, 32-foot clear heights and 233 trailer parking stalls, and that type of footprint shows the scale at which per-square-foot choices add up. A data center shell usually carries a thicker slab, a stronger roof and more electrical rough-in than a warehouse of the same size.

The second group of costs is site-related: detention, paving, utilities and any relocation of existing lines. The third is time. A shell that waits for gear to arrive is more expensive than one with a firm delivery schedule, so we place orders for items that affect the frame, such as roof-mounted cooling supports, as soon as the load is known.

Coppell's industrial parcels are in demand from logistics developers. One two-building Class A logistics park of 339,280 square feet on 27 acres, spanning Coppell and Lewisville, broke ground in December 2024 with completion expected in the third quarter of 2025. Competition of that kind affects land prices, labor availability and the schedule of concrete and steel suppliers.

A data center owner is therefore wise to lock in the shell team early. We book panel and steel capacity as soon as the program is firm, and we tell owners when a parcel's neighbors are likely to be pouring at the same time. Our guidance for real estate developers and site owners covers speculative shells in more detail. A commuter rail line passes through the city, but the city is not a member of the transit agency, so no station is possible within its limits and the line does not create transit-oriented rules for a site.

Owners who look at Coppell often also look at Lewisville, where land to the north can be less constrained, and at Irving, with its dense corporate and carrier base. Plano is a frequent third comparison for operators who prefer a northern address with strong fiber.

We provide the same level of detail on each option: power availability, parcel shape, schedule and cost. When another site is a better fit, we say so, because a good decision early saves more money than a good bid late.

The local building department reviews the structural, architectural and life-safety drawings, and fire officials review any fuel storage, battery rooms and suppression design. We submit shell drawings with the structural calculations, geotechnical report and wall-panel shop drawings in the order reviewers want them, and we track comments until closed.

Equipment delivery also needs planning on the public side. Oversize loads can require route approvals, and large cranes may need street closures. We submit those requests early, and we coordinate with the owner's long-lead equipment procurement list so nothing arrives before the pad or the permit is ready.

Send the parcel, the building size and the power you expect. We will return a shell scope, a structural options comparison and a delivery schedule for equipment and panels.

Why choose tilt-wall for a data center shell?

It is quick to erect, durable and fire resistant, and it gives smooth interior walls that are easy to seal against dust. The panels are cast on the slab or at a yard and lifted into place by a crane. The system works best for rectangular halls, and we compare it with steel and precast on each project.

How thick should a data hall slab be?

The answer depends on rack weights, battery cabinets and the forklifts or lifts that will move equipment. We work from the structural engineer's design and focus on flatness, curing, joint layout and the sealing of the surface. A slab for a hall with heavy battery rooms is usually thicker than a warehouse slab.

Can the shell be built before the tenant is known?

Yes. A speculative shell is common. We build the frame, envelope and base utilities to a defined specification, then leave the data hall fit-out for the tenant. The risk is that a tenant's power or cooling needs may differ, so we leave documented options for roof loads and electrical rooms.

What delivery issues should we plan for?

Transformers, switchgear and generators are heavy and often oversize. They need a route, a crane and a pad that is cured and accepted before they arrive. We build a delivery calendar that ties each large piece to its pad, its permit and its crane date.

Do you build the offices and the dock too?

Yes, as part of the shell or the later improvements. Offices, security rooms, loading docks and staging areas are standard parts of a data center campus. We coordinate them with the security perimeter so visitors and deliveries enter through controlled points.