Airport Terminal & Aviation Facility Roofing

An airport roof runs on the airport's clock, not a construction calendar

Aviation roofing starts from a fact that reshapes the whole project: the facility never stops. Rick Husband Amarillo International Airport, the primary commercial field for the Texas Panhandle and named for the Amarillo-raised Space Shuttle commander, moves passengers, cargo, and aircraft around the clock, and the building cannot be closed so a roof can be replaced. Every access point, material lift, and crew movement has to be coordinated with the airport's facilities department, the FAA Part 139 safety program that governs commercial-service airfields, and in places with TSA security protocols layered on top. We work that coordination out before the contract is signed, not after the trucks arrive, because at an airport the planning is most of the job.

That discipline carries across the whole aviation campus, not just the main terminal. The terminal and the cargo facilities at AMA, the general aviation activity at Tradewind Airport on the north side of town, and the FBO and hangar buildings around them all generate steady roofing demand in a climate that is hard on membranes, relentless Panhandle wind off the open plains and high-altitude ultraviolet exposure that ages a roof faster than a lower, milder market ever would.

Why a terminal roof is not a warehouse roof

From above, a terminal can look like a big low-slope box, but the requirements run well past a standard commercial membrane. Airside roofs catch jet blast, the high-velocity exhaust off taxiing and run-up aircraft, which means the membrane adhesion and ballast have to be specified beyond what a comparable logistics building would ever need. Terminal HVAC is denser and heavier than ordinary commercial, so the roof carries more curbed penetrations and more flashing touchpoints that need maintenance over time. And terminal roofs tend to run as long, nearly flat expanses where the slope is minimal, which makes drainage design critical and the tolerance for ponding water close to zero. On a roof that big and that flat, water that sits is water that finds a seam.

The wind and UV load specific to the Panhandle

Amarillo sits high and exposed, and the wind that makes it good wind-energy country is the same wind that works a roof loose. Combine sustained gusts with intense UV at this elevation and a poorly attached or under-specified membrane degrades quickly. We account for both in the attachment design and the membrane selection, because the climate here is unforgiving of a roof that was specified for somewhere calmer and shadier.

The rest of the campus still needs a badge

Aviation-adjacent buildings, air cargo facilities, the rental-car center, FBO hangars, aircraft maintenance shops, and any hotel or support structure on airport property, are different building types than the terminal, but the airport coordination requirement does not disappear when you leave the terminal roof. Badging and security access at any part of an airport campus are non-negotiable, and our crews plan for them rather than discovering them onsite. We do not put a crew member on any part of an airport roof without confirmed authorization, and we do not treat that as a favor we ask, it is a baseline we enforce.

General aviation and hangar structures

At general aviation fields like Tradewind, the security protocols are lighter, but the buildings are often more demanding to roof. High-bay hangars with wide clear-span roofs, frequently wide-flange steel or pre-engineered metal building systems, generate serious wind uplift, and they need specific fastening patterns and seam geometry to handle it. A standing seam metal roof or a single-ply system on a hangar has to be matched to that structure's uplift and thermal-movement behavior. We specify and install those systems for FBOs and private hangar owners around Amarillo, single-bay and multi-unit alike.

What we specify and how we approach the work

Most terminal reroofing in Amarillo lands on a TPO or PVC single-ply membrane over a tapered insulation system, the taper engineered to drive water off a near-flat deck and eliminate the ponding these large roofs are prone to. For new high-bay aviation structures and hangars, standing seam metal is frequently the better answer. The right choice depends on the existing deck, its load capacity, and the operational constraints, so we develop the specification after walking the roof with the facilities engineer rather than before. The pre-project survey documents every penetration, curb height, and mechanical clearance, and the flashing for oversized equipment curbs and complex through-penetrations is detailed individually. Standard residential-pattern flashing details have no place on an aviation structure.

Working airside

Work near active aprons, gate structures, and runway-adjacent areas requires a higher level of pre-planning and crew credentialing, and we fold that into the bid timeline from the start. Material deliveries, crane lifts, and any airside work are scheduled into approved windows in coordination with airfield operations, and where the FAA notice process applies we work through it rather than around it. None of this is improvised on the day. It is the part of an aviation roof that has to be settled before the first roll of membrane is staged.

Frequently asked questions

How do you schedule work at an airport that never closes? We develop a phased plan with the airport facilities department and the Part 139 coordinator, schedule deliveries, lifts, and airside work into approved windows, and work through the FAA notice process where it applies. It is a standard part of our project setup, not an exception.

What systems suit a large terminal roof? Usually a TPO or PVC single-ply membrane on tapered insulation to fix drainage and ponding on a near-flat deck. New hangars and high-bay structures often call for standing seam metal. We develop the spec after walking the roof with your facilities engineer.

Can you work airside, near active aprons and gates? Yes, with the required badging and in full coordination with airfield operations. We factor the credentialing into the bid and never mobilize crew without confirmed airside authorization.

Do you roof FBO and general aviation hangars? Yes. High-bay hangars with steel or pre-engineered building systems have specific uplift and thermal-movement characteristics, and we specify and install roofing matched to them for single-bay and multi-unit hangars around Amarillo.