Parts rooms, tool cribs, engine-shop annexes and tenant hangars do not need a custom-engineered cathedral, and an aerospace district has plenty of that supporting work. We erect pre-engineered steel buildings for the businesses that surround the big maintenance hangars at Tulsa International Airport: component shops, storage, composite and machining bays, small aircraft hangars and offices. The frame goes up quickly, and the interior gets the attention the work deserves.
Tulsa Airports lists more than 700 acres of development real estate on 4,000 total airport acres, with 14,000 on-airport employees. That is a lot of ground, a lot of tenants and a lot of schedules that depend on a landlord and an approvals process before anyone can break ground. A builder who is patient with airport paperwork and quick on the steel is useful in that setting, and that is the combination we offer.
Our aircraft hangar work and the aerospace supply buildings next to it follow the same idea: clear spans, tall openings and clean floors.
An airline or an engine shop works inside very large structures, but most of their suppliers do not. A small machining outfit that makes parts for engines wants 10,000 to 30,000 square feet, a high-quality floor and reliable power. A parts distributor wants racking and a dock. A flight school or private owner wants a single hangar bay with a door that clears a tail. We build all of these using clear-span aircraft hangar framing and standard industrial bays.
The key design choices are the door and the span. A hangar door has to clear wingspan and tail height, which means the biggest door in the building is also the biggest cost and the heaviest component. We discuss door type early: bi-fold, hydraulic, sliding or vertical-lift. Your overhead hangar door choice affects the frame, the foundation and the price more than the roof color does.
Recent reporting shows how much activity surrounds the airport. News On 6 reported on August 12, 2026 that the Tulsa Regional Chamber counts 250 aerospace companies and more than 43,000 aerospace workers in the Tulsa area. Construction Equipment Guide reported on August 4, 2026 that an advanced composite materials maker plans a $65 million facility on 18 acres in the North Development Area, with more than 100 jobs and completion anticipated in 2028. The Tulsa Regional Chamber reported on October 22, 2026 that an engine services shop is expanding from 28 to 46 work bays.
Not every one of those projects is ours to build, and we never imply otherwise. What the news tells us is that the demand for support buildings is steady. When large operators expand, their vendors need floor area, and many of those vendors would rather build or lease steel space than wait for a custom plant. Our aviation industry page covers the type of customer we hear from most.
Building on airport property is different from building on a city lot. The landlord may require a lease, a design review and an environmental check before the city issues a permit. Height limits around runways can restrict the ridge line or a crane boom, and a flight path may change where a tall piece of equipment can stand. We ask for the airport's development guidelines at the start and build the review into the schedule.
Oklahoma sets minimum codes statewide, and cities enforce their own editions, so we check what applies to your permit date. A hangar can also trigger fire suppression rules that a regular warehouse does not, and the fire marshal may want a foam or sprinkler plan. We bring the fire protection engineer in before the frame is ordered, not after.
Floors in a hangar are not ordinary shop floors. Fuel, hydraulic fluid and solvents are a daily reality, and the concrete needs a sealer, a trench drain or a sloped surface that sends spills to a safe collection point. Aircraft tugs and tow bars put point loads on the slab that are different from a forklift, so we tell the engineer about them in advance. We also keep the floor flat and the joints tidy where wheels cross.
Lighting and power matter too. Technicians need bright, even light with few shadows under the wing, and many operations want a compressed-air drop and a grounded outlet every few bays. Insulating the roof and walls keeps the interior comfortable and cuts down on condensation that drips onto an aircraft. These choices are cheap to make in the design and costly to add later.
Many projects in this district take place next to active operations. A hangar that works nights will not want a crane setting frames at 2 a.m., and a shop that handles delicate parts will not want dust blowing across the fence. We plan hours, truck routes and staging areas with the tenant, and we respect badging, escort and fence requirements the airport asks for.
A realistic schedule has three steps. Approvals and the steel order come first, then foundation work while the package is fabricated and finally erection and finishing. The first step is often the longest. We help you submit drawings that answer the reviewer's questions on the first pass, because every back-and-forth costs a week. The neighboring Port of Catoosa offers a sister option when an airport lot is not available.
Send us the wingspan, the part or the tooling and the schedule your landlord expects. We will come back with a frame, a door recommendation and a plain price range. If you are scouting other airport sites, our Will Rogers Airport and Tinker page covers the other metro.
We can size a clear-span frame for the aircraft you name, and the door becomes the key design decision. Tell us the wingspan, tail height and tow-in method, and we will price a frame and a door that clear the aircraft with room for a tug.
Often yes. A lease, a landlord design review and height or airspace checks can come before the city permit. We ask for the airport's development guidelines at the start and fold the review time into the schedule.
Tulsa Airports lists more than 700 acres of development real estate on about 4,000 total acres. Which parcels are available, and on what terms, is a question for the airport. We can help you judge whether a given lot fits a particular building.
Yes, with the right details. Liner panels, sealed seams, controlled slab moisture and a good HVAC plan all help. For parts that are sensitive to dust or humidity, we coordinate with the mechanical engineer before the wall system is fixed. See industrial office buildouts for the offices that often go with them.
Often, if the frame was designed for it. A bolt-on bay with a matching roof can save slab work. Our building expansions and additions page explains what we check first.
Tell us about the site, the building and the schedule, and we will set up a review of scope, schedule and permitting.
See the services, building types and industries we plan and manage across Oklahoma.