Planning and building multi-building tilt-wall business parks in Oklahoma: shared infrastructure, phasing, repeated details and building beside active tenants.
Nine thousand acres is hard to picture until you drive through it. MidAmerica Industrial Park near Pryor is Oklahoma's largest industrial park, with more than 75 businesses, and the sheer size of it shows what a well-organized industrial campus can do for a region. Most of our multi-building projects are far smaller, but the same principles apply to a three-building flex campus in a Tulsa suburb or a six-building warehouse park along a turnpike corridor.
Building several tilt-up structures together is not just building one several times. Streets, utilities, detention, lighting and truck circulation are shared. Phasing decides whether the first building is leased while the second is going up, and whether the second lot sees a dirt-covered mess or a tidy construction entrance. We plan the campus as a system, then deliver it building by building.
This page explains how we approach those campuses: how we stage the infrastructure, how we repeat details across buildings to control cost, and what we do to keep an occupied building and an active construction site from getting in each other's way.
Large Oklahoma parks tell a similar story: land, rail or river access, and a series of buildings delivered as demand arrives. MidAmerica sits near the junction of US Highway 69 and US Highway 412 and cites on-site Union Pacific rail service in its newsletter, so a building there can choose between truck and rail. The Tulsa Port of Catoosa describes itself as a 2,000-acre industrial park and multi-modal shipping complex with over 50 companies employing nearly 3,500 workers.
Smaller communities are investing too. A 2022 report said the Eastland, Northland and South industrial parks in Duncan share $1.4 million in federal ARPA funds and $1 million in state PREP money, money that pays for the roads and utilities that make a second and third building possible. We watch these programs, because they affect when a park can accept a shell and what the developer must install itself.
The first decision is how much of the campus infrastructure to build at the start. A complete loop road, a trunk storm line and the water and sewer mains cost money before any building generates rent. Building only what the first phase needs saves interest but can force costly trenching through finished pavement later. We usually build the backbone, meaning the mains, the detention and the primary road, and then extend branches as each building is released.
Fire protection deserves early thought. A shared loop around the park lets each building tie in without its own long run, as covered in site utilities and fire lines. Likewise, the park's detention should be sized for the whole campus, not building by building; our notes on stormwater detention describe how.
The lot lines deserve the same thought. Developers who sell or ground-lease individual pads need property boundaries that follow the building and the truck court, not an arbitrary grid. We draw the campus with expansion strips beside each building so a tenant can add bays later without crossing a boundary, and we keep easements for shared pipe and conduit out of the places where a future wall would sit. A little care at the start of the plan saves a replat and a stack of legal fees when the first tenant outgrows its space.
Repetition is where a campus earns its savings. If three buildings share a panel module, the same joist spacing and the same dock detail, the forms, the embeds and the crew's habits carry from one to the next. A crew that has lifted forty panels at the first building lifts the next building faster and with fewer surprises. We use the first building as a pilot, record what worked, and tighten the next.
That does not mean the buildings are identical. A flex office and warehouse building facing a public street may need reveals, glazing and landscaping, while a rear-lot distribution building needs deeper truck courts. The goal is a family of buildings that share a system but suit their positions on the site.
Once the first building opens, its tenant needs deliveries, parking and safe access, while we still need cranes and concrete trucks. We agree on separate construction entrances, haul routes and working hours, and we fence the work area so visitors and forklift drivers are not walking through it. Lift days are announced in advance so adjacent tenants can plan around the crane swing and the street closures.
We also protect the occupied building from our dust and noise. Paving and sawcutting are scheduled with the neighbors in mind, and the spec shell program can be paced to match leasing, so a building is started when a prospect is serious rather than on a fixed calendar.
We build multi-building parks in every part of Oklahoma where demand supports them: the Tulsa and Oklahoma City corridors, port and airport districts, and regional centers on the interstates. The development at Pryor and MidAmerica and the port-side work at Catoosa are examples of the scale some owners plan, while parks at Duncan show how smaller cities assemble lots one at a time.
For industrial developers and REITs and for manufacturers who plan their own campuses, we offer a master schedule that shows each building, the infrastructure it needs and the decision date that keeps the project on track.
Send us the site and the number of buildings you have in mind. We will propose a phasing plan, an infrastructure budget and a schedule that follows your leasing.
Phasing is usually safer. It limits capital at risk and lets leasing guide the next building. Building together reduces mobilization cost and gives a cleaner finished campus, so the right answer depends on demand and financing. We price both.
The developer normally funds it, sometimes with help from a city, an economic development authority or a state program. We estimate the infrastructure by phase so you can see what must be built first and what can wait.
Yes. The panel module can stay the same while panel height and joist depth change. We detail the roof and wall connections so a taller building and a shorter one share the same logic.
We set up separate entrances, wash trucks before they leave the site, control dust with water, and schedule concrete and paving away from the occupied building's busiest hours.
Begin with the site's soils, floodplain and utility capacity, then sketch a master plan with lot sizes and truck circulation. We can help evaluate a site before you close on it.
Send the site, the building, the schedule and the decision you need to make, and we will set up a project review.
