Aircraft Hangar Construction in New Mexico
Wingspan, tail height and door opening drive an aircraft hangar more than any other numbers, and they arrive from the aircraft, not from the builder. Before we price a hangar we ask what is going inside it today and what might be tomorrow, because a hangar for a light twin and a hangar for a regional jet are not the same building, and a hangar built too tight for the next airplane is an expensive mistake.
New Mexico has a long list of airports with room to build. Roswell Air Center sits on 5,029 acres with a 13,000 foot runway and a 10,008 foot runway, and its tenants include aircraft repair and refurbishing companies. At Santa Teresa, a 2022 report said the airport would receive new hangars and a cargo-only runway. On Albuquerque's West Mesa, Double Eagle II Airport has about 125 based aircraft and 57,000 annual operations. Each setting asks for a different building.
We build hangars as a general contractor: clear-span structure, a very large door, a heavy slab, fire suppression and the support spaces that surround the aircraft. A hangar looks simple from the road. Inside, the door, the roof truss and the fire system have to work together or the building fails the first aircraft that tries to use it.
Door, span and floor, decided together
The door is the most expensive component of a hangar and the one that sets the structure above it. A bi-fold, hydraulic or sliding door needs a deep header, strong jambs and enough clear space for its travel, and the roof must carry the door's load without sagging. We decide the door type with you early, then design the truss or frame, the header and the foundation around it.
The floor has to carry aircraft, tugs and jacks, and it must handle fuel and fluid spills. We slope the slab to trench drains, connect them to an oil separator and use a concrete mix and sealer that resist fuel and hydraulic fluid. Radiant heat in the slab is common in northern New Mexico, where winter temperatures can drop sharply. Heavy floors and clear spans share much with our high-bay buildings, and the slab approach follows our industrial concrete floor work.
Approvals for a building at an airport
An airport hangar has two sets of reviews. The building is permitted under the 2021 New Mexico Commercial Building Code, which adopts the 2021 International Building Code as amended and took effect July 14, 2023, and the electrical work follows the 2020 New Mexico Electrical Code. The airport sponsor, usually a city or county, reviews the site plan, the lease, height and setbacks against its airport layout plan. Structures near runways may also need airspace review at the federal level.
Fire protection is the other big review. Hangars have special requirements for suppression, often high-expansion foam or deluge water systems, depending on the size and use of the building. The system has a large footprint of pipe, tanks and pumps, and the fire marshal will review it early. We bring the fire protection designer in during schematic design, so the roof loads, drainage and foam storage are accounted for before the building is finalized.
The work we manage closely
We schedule and supervise the concrete and site work that make a hangar function. The apron, the taxi connection, the slab and the door tracks have to be set to tight tolerances, since a door that binds or a floor that holds water is a daily annoyance for the life of the building. Setting the door track embeds with the slab is a good example of work that is easier when one team coordinates both.
For the structure, we coordinate with the metal building supplier or steel fabricator, and we manage erection. A clear-span frame must be erected with attention to bracing and alignment because the door header depends on it. When a hangar is built from a pre-engineered metal building, we confirm the frame design includes the door loads before the order goes in.
Where hangars are being built
Roswell Air Center is worth a closer look. Its tenants include AerSale and other aircraft repair and refurbishing companies, an Eastern New Mexico University campus and a large aircraft storage site where over 300 aircraft were ferried in 2020. The center also hosts the National Championship Air Races, starting in 2025, which adds visitor and event infrastructure to the maintenance and storage base. A hangar built there serves a deep industrial ecosystem.
The south of the state has different drivers. Spaceport America occupies 18,000 acres in Sierra County, and its authority lists a high elevation of 4,600 feet, 340 or more days of sunshine and access to 6,000 square miles of restricted airspace. Santa Teresa's industrial and border activity supports cargo aviation. Hangars for aerospace users there tie into larger programs, which often involve public owners; see our government and municipal work for how we handle that procurement.
Timing a hangar around the aircraft
The schedule for a hangar is shaped by procurement of the door and the fire system, both long-lead items. We select the door manufacturer early, approve submittals promptly and schedule foundation and header work to match the manufacturer's delivery. The structural frame can often be erected while the slab and drainage work finishes beneath it.
Operating airports add constraints. Construction has to keep aircraft movements and fire access safe, which can mean working windows, flagged haul routes and temporary closures arranged with the airport manager. We plan those details with the sponsor before mobilizing. Owners who are developers or investors building hangars for lease should ask about phasing, since additional units can be added along a shared taxiway as demand appears.
What supports the hangar
A hangar is more than a big room. It usually has shop space, a parts room, offices, a pilot lounge and restrooms along one side, sometimes on a mezzanine. We build those support spaces inside the same contract, with ventilation and fire separation that suit the use. Compressed air, welding exhaust and ground power are common additions in maintenance hangars.
The apron and taxi connection complete the picture. Pavement design for aircraft loads is different from truck pavement and often follows airport standards, and we coordinate the section with the airport engineer. Fuel storage, de-icing in colder parts of the state and tie-down areas can be added on the same site plan.
Bring the aircraft and the airport
Tell us the aircraft types, the airport and the lease terms. We will return a door and span concept, a fire protection approach and a budget range for your hangar.
Common Questions
How large should the hangar door be?
Wide enough for the widest wingspan with margin on each side, and tall enough for the highest tail with room for the door header. Add margin for future aircraft, since changing a door later is expensive. We draw the aircraft in plan and elevation to confirm clearance.
What fire protection does a hangar require?
It depends on size, use and whether the hangar is occupied or houses fueled aircraft. Common systems include foam or deluge water suppression and detection. The fire marshal sets the requirement, and we coordinate the design early so the roof structure and drainage can accommodate it.
Do we need airport approval before we build?
Yes. The airport sponsor controls the land, the lease and the design standards, and nearby structures may need airspace review. We help assemble the submission and keep the approval on the project schedule.
Should the hangar floor be heated?
In northern parts of the state, radiant slab heat keeps aircraft and mechanics comfortable and helps melt snow tracked in. In the south, heat is less necessary. We price it as an option so you can decide.
Can we build a row of hangars and add more later?
Yes. A shared taxi lane, utilities and a common drainage plan let you add units as demand grows. We design the site so later phases can connect without disrupting the first.