An aircraft owner in Stillwater shares a field with an ILS runway, a control tower and about ninety based aircraft, and that owner usually asks the same two questions: how wide does the door have to be, and how soon can the hangar be ready? We build aircraft hangars for private owners, flight operations and university-related users, and we also put up the equipment barns, research shops and flex space that a university town needs. The common thread is clear-span steel with the right door.
The Oklahoma aerospace agency lists Stillwater Regional Airport with runway 17/35 at 7,401 by 100 feet (concrete, ILS approach) and runway 4/22 at 5,004 by 75 feet (asphalt), a control tower and 90 based aircraft (page last modified May 1, 2023). Based-aircraft numbers change, so we treat that as a snapshot. What does not change is demand for dry, secure storage near a runway with an instrument approach.
Beyond the airport, Stillwater builds a lot of dependable, modest-size steel buildings. Wikipedia also notes that scheduled airline service began at the field in August 2016 with two daily round trips on 65-seat regional jets, which tells a hangar developer that the airport handles real traffic and not just weekend flyers.
Hangars come in three shapes: individual T-hangars, box hangars for one or two aircraft and a larger bay for a flight operation. We build box hangars and multi-bay clear-span buildings with a variety of doors, from hydraulic to bi-fold. The door often costs as much as a quarter of the building, so we help owners pick the right one before the frame is ordered. A shared hangar with a common door can lower the per-owner cost, while a private bay gives control over access. We draw both so owners can see the difference in cost and convenience.
Equipment barns and research shops are more varied. A farm equipment dealer wants a tall door and a wide service bay. A research group wants a heated shop with a floor drain and a loft. A landscaper wants a covered bay and a yard. Our flex and light industrial page covers the combination of shop and office that suits many of them.
The Oklahoma Department of Commerce announced on September 26, 2024 a roofing and waterproofing manufacturing facility at 4115 North Perkins Road in Stillwater, projected to generate more than 100 new jobs with a capital investment of more than $80 million. We do not claim that project. It shows how a university town can also be an industrial town, with a labor pool and a transportation network that appeal to manufacturers.
Wikipedia, citing a Chamber of Commerce listing, shows Oklahoma State University with 6,007 employees, Stillwater Medical Center with 1,031 and OnCue Express with 903 among Stillwater's largest employers. Large institutions mean steady demand for storage, maintenance and supplier space. We also see local contractors who serve those institutions, and they like a simple steel shop with an office and a yard. See our agribusiness page for farm-side options.
Wikipedia reports that US Route 177 runs north-south along Perkins Road in Stillwater and State Highway 51 runs east-west along 6th Avenue, with a 7.2-mile spur connecting US-177 to the Cimarron Turnpike. For deliveries, that arrangement helps: large trucks can reach most industrial lots on the north side without winding through campus traffic. We still schedule around football weekends and move-in weeks, when streets fill.
A calendar tied to the university matters for owners too. If you want a storage building ready before fall move-in or a shop before planting season, we work backward from the date and tell you when the order must be placed. Our Guthrie page covers a comparable small-city market closer to the metro.
Wikipedia describes Stillwater as in Tornado Alley, with tornado watches and warnings frequent in spring. We take that seriously on both fronts. For finished buildings, we design for the code wind load and give hangar doors special attention, since a large door is the most exposed element of a hangar. For erection, we stop lifting when a watch is posted and secure partially sheeted bays.
No metal building is a storm shelter, and we say so. What we can do is reduce damage by selecting strong door tracks, braced end walls and a tight fastener schedule. Owners who want extra protection for aircraft sometimes choose heavier door options and tie-down details inside the hangar. Ask us about them when you review options.
Lightning and power outages are the other practical risk. A hangar with electric doors needs a manual release or a battery backup so you can get an aircraft out when the power goes. We also run grounding for the electrical service and recommend surge protection on the panel. These are small line items that remove a headache the first time a storm knocks the lights out.
A hangar at a regional airport usually involves a ground lease or land purchase from the airport authority, a review of the building height and a fire-code check. We ask the airport for its development guidelines at the start. Oklahoma sets statewide minimum codes, and the city enforces its own editions, so we also confirm the edition and any local amendments with the Stillwater building department before final drawings.
Oklahoma does not license general contractors at the state level, but trade work carries licensing. We make sure electrical, mechanical and plumbing trades on your job hold the licenses the work requires. Hangar fire protection varies with size and use, and the fire marshal may ask for sprinklers, foam or extinguishers. We raise the question in the first meeting so the owner can budget for it. Our overhead hangar door page explains the options, and the aviation page has more on how we serve airport tenants.
Tell us the aircraft or the equipment, plus the lot or the airport parcel. We will return a frame, a door recommendation and a price range. For a campus-adjacent project that needs a school-style structure, see our education and school page.
Wide enough to clear the wingspan with some margin, usually a few feet each side. Tail height sets the opening height. We confirm with the aircraft manual and add room for a tug.
It can be. Instrument approaches use protected airspace that limits building height near the field. The airport can tell you the limit for a particular lot, and we design within it.
Yes. We size the span and eave height to the largest piece of equipment, add a wide door and plan a gravel or paved apron. Insulated, finished versions are also available.
Standing seam roofing sheds hail better than exposed-fastener panels, and a heavier gauge helps. Both cost more. We lay out the choices with prices so you can decide.
We do, including Stroud and Chandler on the I-44 corridor. We price each lot on its own conditions.
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.