Tilt-up hangar-adjacent, warehouse and aviation support buildings near Will Rogers World Airport and Tinker, with high-bay slabs and careful access planning.
Hangar-adjacent warehouses, parts depots and aviation support shops have a way of outgrowing the first building, and an owner near Will Rogers World Airport or Tinker Air Force Base is usually planning for the second one while the first is still under construction. We build tilt-up shells for that kind of owner, with tall clear heights, heavy slabs, large door openings and a wall system that can be extended on the same footing line.
This corner of the metro is unlike the rest. Airfield height limits, security requirements, utility corridors and heavy truck traffic all shape what a building can look like, and the owners who succeed here are the ones who ask those questions at the land stage. We bring the same sequence we use elsewhere, which is pad, slab, panels, lift, roof, dock and closeout, and we adapt each part of it to a site next to an active airfield.
The floor is the part of a support building that takes the most punishment, with tugs, forklifts, pallet jacks, engine stands and parts carts moving across it all day. We place and finish slabs with attention to flatness, joint layout and curing, and we coordinate reinforcing and thickness with the engineer based on the real equipment list. Our work on super flat warehouse floors explains how flatness is specified and measured, and why joints are placed to follow the traffic rather than just a grid.
The walls are cast on that slab and lifted by crane, and the larger the door opening, the more the panels need extra reinforcing at the sides and headers. Aviation support buildings often want wide openings for pallets of components, so we plan frames, headers and cutouts in the casting bed according to openings and door cutouts in panels rather than cutting them out after the wall is standing.
Will Rogers World Airport covers 8,081 acres about six miles southwest of downtown Oklahoma City, and its longest runway, 17L/35R, is 9,802 feet of concrete. Tinker Air Force Base covers nine square miles with 760 buildings and more than 15 million square feet of floor space, according to the Greater Oklahoma City Chamber. Numbers like these tell us that much of the land near the airfield is spoken for by large institutions, and the sites open to private owners are often narrow, irregular or restricted by easements.
We therefore survey carefully before we propose a layout. Overhead utilities, drainage swales that serve the airfield, height restrictions and setbacks from taxiways may all constrain the building, and the crane may need to be shorter or positioned differently than on an open field. We raise those issues in the first walk of the site so a plan is not drawn that the airport authority will reject.
Three kinds of owner dominate. The first is aviation maintenance and parts businesses; an aircraft maintenance, repair and overhaul operator broke ground on April 6, 2024 on an expansion at Will Rogers adding 80,000 or more square feet of hangar and warehouse space and 200 full-time positions. We cite it as a market fact and not as our work, but it shows the scale of building that nearby suppliers support. The second is logistics, and Lariat Landing east of the airport along I-44 covers over 400 acres, including about 88 acres of industrial and commercial land.
The third is the defense supply chain around the base. The Air Force acquired 158 acres of former rail yard on the west side of Tinker for KC-46A maintenance, a $44 million acquisition announced March 1, 2015, and later work at the base has been described as exceeding $600 million in construction. Subcontractors and suppliers to such programs often lease or build nearby, and our government and public agency notes explain how we handle the paperwork and access rules public owners typically require.
Crane height near an active airport can require coordination with the airport authority, and some sites may need notice or approval before a crane is raised. We ask about it early because a crane that cannot be on site on the planned date delays the whole lift. We also check overhead lines and security gate hours so that concrete trucks and panel deliveries are not turned away on the morning they are needed.
The schedule we give an owner shows these points as milestones and the owner can see which ones depend on others. For multi-building programs, the same crane mobilization can serve several buildings, which is the idea behind multi-building business parks, and the saving in mobilization alone can be significant.
The National Weather Service lists a May 8, 2003 F4 tornado about 17 miles long and 700 yards wide that crossed I-240 at Sooner Road, passed over Tinker Air Force Base and crossed I-40 into southeast Midwest City, with 45 injuries and no deaths. It reminds anyone working in this corridor that the sky matters, and we carry a written weather plan on every lift, with bracing designed for the engineer's wind speeds.
Where security gates and badges are required, we manage them as part of the safety plan. Workers are screened, tools and materials are logged where needed and visitors are escorted. We train the crew on the rules for the specific location before the first day on site.
Tall clear heights, wide openings, heavy slabs and security measures are the major drivers. A 36-foot wall costs more than a 28-foot one, not only for concrete but also for reinforcing, bracing and crane capacity. Deep foundations or soil improvement may be required if the pad was formerly rail yard, fill or a drainage feature, so we ask for a geotechnical report before giving a firm number.
We also give a separate cost for items an owner may want to defer, such as a second bay, extra dock doors or a paved truck court. The details of that kind of apron are in truck courts and dock aprons, and many owners phase them to match tenant growth.
Owners here often look at Midwest City for lots near the park and at Oklahoma City for logistics space with a different truck pattern. We keep the details consistent across them so a program that spans two or three sites has one set of panel details and one project team.
A conversation about a hangar-adjacent building should start with the equipment, the height and the gate rules, and we are glad to begin there.
Send us your site and use. We will explain what a tilt-up building could do there and what questions the airport or base will likely ask.
Yes. Taller panels need more reinforcing, thicker sections or ribs, and a larger crane, and the engineer sets the limits. We price the height you actually need rather than a standard.
We build support buildings and warehouse shells next to hangars. Large clear-span hangar doors have their own structural systems, and we coordinate with the hangar designer when a tilt-up building adjoins one.
Gate access, badges and inspections can cost time each day. We build that into the schedule and ask the owner or authority for the process in writing before the crew mobilizes.
Yes. We can design one end wall for removal, extend the slab and footings and continue the roof system. Planning for it at the start saves cost.
The site plan, any lease or easement restrictions, the equipment and vehicle list and the required clear height. We will review them and say what the site seems to allow.
Send the site, the building, the schedule and the decision you need to make, and we will set up a project review.
