Eighteen acres in the airport's North Development Area is a modest parcel by warehouse standards, yet a $65 million composite-materials plant is planned for exactly that footprint, and the gap between acreage and value is the design problem we solve for parts, materials and maintenance-support users on Tulsa International Airport land. Aerospace buildings are rarely large. They are dense: clean floors, controlled climate, heavy utilities, tight tolerances and storage that has to be audited. We build the shells, floors and utility packages that support that kind of work.
The airport reports more than 700 acres of development real estate on 4,000 total acres, with 14,000 on-airport employees. Beyond the fence, the local chamber counts 250 aerospace companies and more than 43,000 aerospace workers in the Tulsa area, as reported in August 2026. Those numbers tell a builder two things. There is space left to build inside the airport boundary, and a deep supplier base sits around it, which means a user can often find a nearby building for the overflow of parts that cannot sit on the ramp side.
Our role is to supply the building around a process you already know: a stockroom for rotable parts, an engine accessory shop, a composite layup bay, a kitting center, or a distribution warehouse that feeds a maintenance line. We start from the work path and the cleanliness standard, then fit the structure to them.
Parts rooms, engine bays and kitting warehouses
Aerospace users need a handful of building types, and most are combinations. A parts and tooling warehouse needs fire-rated storage, controlled access and tall racking. An engine or component shop needs wide bays, overhead cranes, test cells and floor drains with oil separation. A composite plant needs temperature control, cleanroom-adjacent spaces and room for autoclaves. We design the shell as a manufacturing plant or a hangar-style building depending on where the aircraft or the parts sit during work.
A Tulsa engine services shop has been reported to be expanding from 28 to 46 work bays, with more than 100 new jobs expected by 2030. A bay count that doubles in a few years is a lesson for anyone building here: leave room on the site, and put utilities and column spacing where an addition would want them. We lay out expansion zones before we pour footings.
What we build and what we leave to specialty trades
Our scope on an aerospace support building covers site work, foundations, slabs, tilt-wall or steel shell, roof, doors, dock equipment and the underground utilities that serve the building. We coordinate with the owner's equipment vendors on slab thickness, embed plates, anchor bolts for machinery and trench drains. Anchor bolts and the pads they sit in need survey-grade layout, and we set them from the equipment vendor's drawings, not from guesses.
Some work belongs to specialists, and we say so. Cleanroom wall systems, autoclave installations, paint booths and process piping are typically furnished by the owner's vendors. We coordinate their schedule, power and exhaust needs with ours and give them a building that is ready on the day they arrive. The result is a project where the shell, mechanical rooms and slab are done correctly and the specialty work follows without rework.
A supplier belt that grows in leaps
Public reports describe a maintenance base at the airport covering 246 acres with 3.3 million square feet of hangar and shop space and nearly 5,000 workers, with the operator pledging $550 million in upgrades that included a 193,000-square-foot hangar for larger aircraft and a 132,000-square-foot support building. Those buildings are not ours, and we do not imply otherwise, but the scale they represent shapes the supplier market around them. Parts distributors, tooling shops, and test-equipment vendors take space nearby, and they usually need it fast.
A tenant who wants a building within a short haul of the maintenance line should talk to us early about a build-to-suit warehouse, because lease space of the right size and clear height is scarce, and a developer's speculative shell may not match an aerospace process. We also work with developers who want to build to a standard package and lease to multiple users, which we cover under developers and REITs.
Matching construction to a customer's contract calendar
Aerospace work follows contract dates, not seasons. A user who wins a work package needs the building ready before the first part arrives. We plan backward from that date, locking the long-lead items first: structural steel or precast panels, the overhead crane, switchgear and the rooftop units. Early release saves weeks.
The airport itself adds constraints. Construction on airport property requires coordination for haul routes, crane heights and temporary lighting so that nothing penetrates protected airspace. We check height restrictions before we select a crane for panel erection, and we notify the airport authority before any tall equipment is set. A Tulsa Regional Chamber account also reports an engine facility investing $50 million in its Tulsa facilities and training over three years, which tells us the owner base is willing to spend when a schedule is firm. Our job is to keep it firm.
Working near live aircraft and sensitive tenants
An airport jobsite is not an ordinary site. Vehicles need airfield-appropriate badging and routes, loose debris is a hazard to aircraft, and cranes and lifts need to be tracked against flight paths. We write a site-specific safety plan, hold daily briefings and keep the site tidy enough that nothing blows onto a taxiway. Crews on site wear the right protective gear, and we are careful with hot work near fuel storage and hangar doors.
Owners also have their own rules. A shop with controlled materials, export-sensitive hardware or customer-owned tooling may restrict who enters, and we plan around those limits with escorted access, background checks where the owner requires them, and staged work areas. The earlier we know the rules, the less they cost. Owners comparing airport-adjacent markets can also read about our Will Rogers and Tinker area work.
Plan an airport-area building with us
Describe the work path, the cleanliness level and the largest equipment you move. We will return a layout, a schedule and a rough budget. If you are still choosing a market, also see Tulsa and the Port of Catoosa, and ask about our manufacturing and distribution experience.
Common Questions
How much land is left to build on at Tulsa International?
The airport lists more than 700 acres of development real estate on 4,000 total acres. Availability changes, so we check parcel status with the airport authority and the real estate office before we draw a site plan, and we flag height and setback limits in the first meeting.
Can you build a controlled-climate parts warehouse?
Yes. We coordinate insulation, vapor barriers, HVAC capacity and slab joints so the space holds temperature and humidity without condensation. We also design fire protection around the stored materials, which for aerospace parts often include composites, solvents and batteries.
Do you build near the maintenance base or only on airport land?
Both. Many suppliers prefer a site just outside the fence because land costs and lease terms differ. We build on either side and verify access, utility capacity and zoning before we recommend a parcel.
How do you handle crane height near an airport?
We ask the airport authority about height limits at the start and select equipment that stays under them. If a crane would break the limit, we plan a smaller crane with more picks or request a temporary approval.
Can the building grow if my contract grows?
Yes, if we plan for it. We reserve an expansion side, size the electrical service and fire water for the future footprint, and use column spacing that allows an addition without moving the first wall.