Clear-Span Rigid Frame Buildings in Amarillo

Every column in a floor plan is a forklift detour. In a hangar it is a wing tip problem, and in a storage building it is a stack of lost pallet positions. A clear-span rigid frame removes those columns by using deep, tapered steel frames that carry the roof load to the sidewalls and the foundations, leaving the floor open from wall to wall.

We build clear-span buildings for aircraft, equipment, bulk storage, assembly and any other use that wants uninterrupted floor. Typical spans run from a modest shop width to well over a hundred feet, and the frame depth grows with the span, the snow and wind loads and the crane or mezzanine loads hung from it.

The market has asked for this product for years. A 2019 report on Amarillo industrial real estate pointed to a shortage of large clear-span industrial buildings, and recent hangar and plant projects keep proving it. We help owners decide how much clear span they truly need, since each extra ten feet of width costs real money.

The main question is how wide and how tall. Width sets the frame size. Eave height sets door clearance and, for a hangar, tail clearance. A taller building costs more in frame weight and in wall panels, but it also holds more racks or larger aircraft. We ask about the biggest thing that will ever be inside, not the typical thing.

Door openings are the next constraint. A hangar door on a widebody aircraft building is a major structure on its own, and it concentrates wind and operational loads on the frame. A 74,920 square foot hangar for aircraft up to the Boeing 777-X broke ground at the Amarillo airport in September 2025, which gives an idea of door and span scale that exists in the region. We work with door suppliers early so the frame design and the door design agree. For more detail, see our page on aircraft hangar projects.

Fire protection and condensation are the two items owners forget. A wide, tall volume needs sprinkler or foam design that matches what is stored or parked, and the roof system has to keep warm, humid air from dripping on the floor in winter. Both affect cost and both are far easier to settle on paper than after the roof is on. We ask the insurer and the fire marshal what they need, and we price insulation and vapor control as part of the base building so the number you see is the number you pay.

We handle the full building: site work, foundations, frame erection, roof and wall panels, doors, insulation, slab and the utilities that serve it. Foundations carry large horizontal thrust at the column base, so footing sizes and tie rods or slab reinforcement matter. We check the reactions on the manufacturer's drawings against the engineer's foundation design before the footing is poured.

For large buildings we often phase construction. The frame goes up first and the building is closed in so interior trades can work out of the wind. Slab placement follows, then interior systems. This sequence keeps concrete out of freezing winds and keeps finished floors clean. When the building is tied to structural steel erection for mezzanines or crane supports, we coordinate the two so supports are included in the original frame design rather than added later.

Rick Husband Amarillo International Airport covers roughly 3,811 acres, has a 13,502 foot primary runway that a 2023 profile describes as the 7th longest civilian runway in the nation, and reported about 500 acres of vacant land with a coordinator seeking lessees. Hangars, aerospace support space and logistics buildings on those parcels would naturally be clear-span.

The airport is not the only source of demand. Plants, distributors and farm service companies all want open floor, and the wide, flat land allows buildings to be placed with room for trucks. A rigid frame is also the most direct way to put up an enclosed space of this size quickly, because the manufacturer can fabricate the frame while the site work is underway.

Large clear-span buildings concentrate loads at the sidewall columns, so the foundation quality decides how the frame performs. We schedule and inspect the excavation, forming, rebar and concrete work closely wherever possible, and we pay close attention to anchor bolt layouts. Bolts are set with templates and surveyed before concrete cures, because a bolt out of tolerance on a rigid frame cannot be fixed with a shim.

The slab is the other part we keep close. A hangar or storage building floor takes heavy point loads, and the clay soils of the region move with moisture. Pullman clay loam, with slow permeability and wide shrink cracks when dry, is common, and we prepare the subgrade accordingly. Most rigid frames are supplied as pre-engineered metal buildings, and the same foundation discipline applies.

Most clear-span work falls into four groups: aviation, bulk and warehouse storage, equipment and fabrication, and agricultural handling. Aviation needs high doors and clean floors. Storage needs rack-friendly slabs and good fire protection. Equipment buildings need power and crane supports. Ag buildings need ventilation and durable finishes. Our descriptions of warehouse and metal building projects show how each plays out. Users from the logistics and distribution sector are the most common visitors, and we are glad to talk through your layout.

Send us the biggest item that must fit inside and the clear height you need. We will return a frame size, a schedule and a price range.

How wide can a clear-span building be?

Rigid frames commonly span 100 feet or more, and larger spans are possible with deeper frames or truss systems. The practical limit is cost, since the frame grows heavier as the span increases. We help you test a few widths against your layout.

Do clear-span buildings handle wind better or worse?

They handle wind well when designed for it. The manufacturer designs the frame to the local wind speed we provide, and bracing is part of the package. Doors and openings need extra attention because they are the weakest parts of the envelope.

Can I add a mezzanine or crane later?

Yes, if the frame is designed for it. Adding loads to an existing frame is expensive, so we ask about future plans before ordering.

How long does a large rigid frame take?

Frame fabrication is the long item, and lead times change. Once the frame is on site, erection often takes days to weeks depending on size. Slab, insulation and doors set the finish date.

Does the airport require special approvals?

Airport parcels can carry their own lease and review requirements in addition to building permits. We help you identify the approvals before design is finished.