Owners of small aircraft around Norman have a simple problem: the field is busy and the hangar waiting list is long. The university-owned airport covers 727 acres with two asphalt runways of 5,199 and 4,748 feet, which is plenty of runway for single and light twin traffic and not much room for new buildings. When ground becomes available, a steel hangar is the quickest way to get an aircraft under cover. We build box hangars and T-hangar rows with a clear-span frame, a bifold or hydraulic door and a slab sized for the aircraft on small tires.
Hangars are only one line of work in Norman. A university sets the pace for a lot of construction in this town. The campus broke ground in October 2025 on a 105,000 square foot life sciences laboratories building, funded in part with $80 million from the state legislature and aimed at fall 2027. Research buildings like that are not steel-frame jobs of ours, but they pull in vendors, equipment suppliers, contractors and spin-off companies that need shop, storage and light-industrial space nearby.
A technology employer in Norman Business Park announced 800 new jobs at its technology center in April 2024. The park is owned by the local economic development corporation, and when a place like that grows, support services follow. We erect the support buildings.
Our Norman work falls into three bins. First is aviation: aircraft hangars, hangar door walls, and shop space for maintenance. Second is light industrial: warehouse, assembly and service buildings for businesses that outgrew a rented unit. Third is institutional support: grounds, equipment and storage buildings for schools, churches and public bodies.
For each, we deliver the whole package. That means the foundation, the frame, panels, doors, insulation, trim, and the permit and inspection coordination. We do not sell you a steel kit and wish you luck. We stand behind the erection and the slab, and we tell you what the manufacturer's warranty covers and what it does not.
Site work is where Norman jobs surprise people. Many lots near the river bottoms and creeks have soft ground, and a geotechnical report is cheap compared with a slab that cracks. We ask for one on anything bigger than a small shop, and we adjust footing depth and slab thickness to what the soil report says. We also look at where the building will drain, how trucks will turn, and whether a utility easement crosses the footprint, because moving a building eight feet is free on paper and costly after the pour.
A hangar is not a shop with a tall door. The door wall decides the cost and the clear opening decides which aircraft fit. For an owner who flies a single-engine plane, a 50 by 50 foot box with a 40 foot opening usually works. A twin or a small jet needs more. See our aircraft hangar building type for sizes and the options that matter, including heaters, insulation and floor drains.
Light industrial space in Norman is typically 5,000 to 30,000 square feet, with a drive-in door or two and a small office. Our flex buildings are designed for that, and we can extend them later by taking off an end wall. Warehouses for local distributors and parts suppliers use the same idea at a larger scale.
The Norman City Council approved the I-Codes, including the International Building Code with state and local amendments, along with the National Electrical Code under an ordinance. The state has set newer editions to apply, so confirm the edition with the city when you apply. We coordinate with the planning and permitting office and keep the drawings aligned with whatever edition governs.
For anything on or near an airport lease, the airport owner may also have a review. Height limits, setbacks, apron access and lease terms vary by field. We ask for the lease and any design standards at the start, and we draw the building to meet them. That avoids the redesign that follows when a tenant discovers a restriction after the steel is ordered.
A high-end EF2 tornado passed through southeastern Norman on February 26, 2023, within a mile of the National Weather Center. Anyone building here knows what that means. We design for the wind loads the engineer specifies, use rated overhead doors, and sequence the erection so the frame is braced at the end of every day. If a warning comes in the middle of a job, crews leave the site and we resume afterward.
Highway access matters too. The I-35 widening that finished in October 2017 added lanes to the Canadian River and rebuilt the Lindsey Street and SH-9 interchanges, and trucks hauling steel use that corridor. We plan deliveries around traffic so the crane and the flatbeds arrive when the site can take them.
The hangar door is its own project. We install hangar doors with the hardware, tracks and seals that keep a hangar usable in wind. The slab is the other piece, and our foundation and anchor bolt work is covered in detail on its own page. Both get coordinated with the frame so nothing arrives that does not fit.
If you need a bigger footprint a few years later, we can add bays to the end of your building. See building expansions for what that takes, and talk to us about it before the first quote is final.
If you are planning a hangar, send the lease terms and the aircraft wingspan and tail height. If you are planning a shop, send the lot and the use. We will respond with a priced plan. Owners in Moore and Oklahoma City often start the same way, and the aviation industry page shows the wider picture.
Often, yes, but the airport owner controls the ground. You need a lease or a hangar site, then plan approval, then a building permit. We can read the lease terms, advise on door sizes and heights, and prepare drawings to satisfy both the airport and the city.
The door wall and the slab are the main differences. A hangar needs a larger clear opening, a stronger door system and a slab finished for aircraft traffic. Expect to pay more per square foot than for an ordinary shop of the same size.
We build in the Norman area for businesses and owners who need support space nearby. We do not build for the university itself. We talk with private owners, contractors and local organizations about their own sites.
Ratings depend on the design wind speed from your engineer and the door manufacturer's tested assemblies. We specify to the load, and we tell you what is rated and what is not. Ask us for the rating information when you review the quote.
Approvals and steel lead time set most of it. After that, the slab and erection run a few weeks. We give you a written estimate with the quote and update it if the manufacturer's lead time changes.
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.