A 40-year initial lease term, with two five-year options, is what a recent city memo proposed for 1.57 acres of undeveloped land at Santa Fe Regional Airport, where a private operator wants to build an aircraft storage hangar. That length of commitment changes how an owner thinks about a hangar. It is not a shed for a season but a building that has to serve for decades under someone else's ground, so the structure, the door and the slab have to be right from the start.
We build aircraft hangars for private owners, flight operators and airport tenants in northern New Mexico. The work is more particular than it looks. The clear span has to be wide enough to move aircraft in and out without scraping, the door has to open reliably in wind and snow, the floor has to resist fuel and hydraulic fluid, and the fire protection must satisfy both the code and the insurer. At the same time the building has to be on a site where the airport authority has its own rules about height, lighting and access.
We approach each hangar by asking what will actually sit inside it. A single-engine aircraft needs a modest building. A turboprop or a small jet needs a taller door and a deeper floor. A line of T-hangars or a shared hangar with several bays needs separate fire separations and individual utilities. Once we know the aircraft, the building follows.
The airfields in the Santa Fe region
Santa Fe Regional Airport covers 2,128 acres, with airline service, two fixed base operators, Jet Center at Santa Fe and Signature Flight Support, and a New Mexico Army National Guard aviation support facility that operates UH-60 Black Hawk helicopters. It is city-owned, about 10 miles southwest of the city center, with asphalt runways of 8,366, 6,316 and 6,301 feet. The terminal was expanded and new parking lots were completed between 2022 and 2024. Hangar owners there benefit from services and fuel that smaller fields lack.
Other airports in the region have their own characters. Taos Regional Airport sits at 7,095 feet on 832 acres with an 8,600 foot main runway that opened in August 2017. Las Vegas Municipal Airport, five miles northeast of town at 6,877 feet, has runways of 5,006 and 8,199 feet. Los Alamos Airport, at 7,171 feet, has a single 6,000 foot runway. Elevation matters, because high-altitude airfields change aircraft performance and the way owners think about hangar space and de-icing.
How we plan a hangar from lease to finished floor
The first step is the ground lease or the property rights. Airport land is usually leased, and the lease sets the footprint, the height limit, the use and the design review process. We read the lease with you and tell you what it allows. Next we confirm the airport's requirements for drainage, fire access, security fencing and obstruction lighting, and we meet the airport staff early.
Then we design the building: the aircraft, the clear span, the door type, the floor, the utilities and any office or workshop space. We provide the owner with a package of drawings the airport can review. During construction, we keep equipment and materials clear of taxiways and aprons, schedule crane lifts around flight activity and coordinate with the airport manager on any temporary closures.
Codes, fire protection and airport approvals
Aircraft hangars are covered by the 2021 International Building Code as adopted and amended by the state's 2021 Commercial Building Code, which took effect July 14, 2023. The code classifies hangars by use and size and sets fire protection, fire separation and egress requirements. Foam or deluge systems are often required for larger hangars, and a smaller private hangar may have different requirements. The 2021 International Fire Code with city amendments applies inside Santa Fe, and the airport may add its own rules.
Federal airspace review also touches new buildings near a runway, since height and location can affect flight paths. The airport sponsor typically handles that process, but the owner must supply drawings and coordinates. We prepare the information and track the approvals, so construction does not begin before the airport has agreed. Permits for electrical, mechanical and plumbing follow the adopted state codes, and fuel storage may have its own approvals.
Structure, slab and door: the three parts that matter most
The structure is typically a steel frame with a clear span, either pre-engineered or conventionally framed. The structural steel erection trade crews set the frame precisely, since door tracks and header beams are unforgiving of misalignment. Many owners choose a pre-engineered metal building for economy, and we also build conventional framed buildings where a larger clear span or a higher door is required.
The slab is the second element. It must be flat, sloped for drainage, reinforced against heavy aircraft loads and often sealed against fuel and fluid. The door is the third: a bi-fold, hydraulic, sliding or fabric door is selected for opening size, wind resistance and speed. For tall doors and heavy lifts, we look at the capabilities of high-bay and crane-ready buildings, which share many structural concerns.
What decides the price of a hangar
The door is often the single most expensive part. A large hydraulic or bi-fold door costs far more than a small one, and the price rises quickly with height and width. The next biggest items are the foundation and slab, the frame, the fire suppression, and the site work including the apron connection to the taxiway. Remote airports may need utility extensions that cost more than the building.
Operating costs deserve attention as well. Insulation, heating, lighting and ventilation affect comfort and energy use, and an owner who will work on aircraft in winter needs a heated shop. We lay out the price in sections so you can see where trade-offs make sense. For example, a smaller office, a simpler door or a shared hangar structure can reduce first cost without harming function. Owners who combine storage with a shop may also want to review our office building approach for the front-of-house space.
Planning a hangar at a local airfield?
Tell us the aircraft, the airfield and the lease terms. We will reply with a building concept, the main approvals and a schedule. Many hangar owners also want a shop or storage, which we can plan together with the hangar. Tenants at the Santa Fe airport business park and technical users in advanced manufacturing often ask the same questions about small bays.
Common Questions
How wide and tall does the hangar door need to be?
The door must clear the wingspan and the tail height of the largest aircraft you expect to store, with extra room for tugging. Many owners add a margin for future aircraft. A door that is too small is a permanent limit, so we ask what you may own in ten years. Our design then balances clear opening against door cost.
Can I build a hangar on private land with an airstrip?
Possibly, if zoning and the local authority allow it. Private airstrips raise questions about noise, safety and aviation rules, so confirm with the county planner and the relevant aviation authority first. We can help assess the site and the likely approvals, though we do not act as an aviation consultant.
What happens if the airport changes the lease terms?
The lease governs the building, so read it before you commit. Ask about term, renewal, reversion of the building at the end and any restrictions on subleasing. An attorney who knows airport leases is worth the fee. We build to the lease you sign and can point out the clauses that affect design.
Do we need a fire suppression system in a small private hangar?
That depends on size, use and whether aircraft are fueled or serviced inside. Small hangars may be exempt from some requirements, while larger hangars often need foam or water systems. The fire official decides, and an early meeting with them saves redesign. We build the water service and the room for a riser even if the system comes later.
Can a metal hangar look appropriate in a scenic area?
Yes, if colors, rooflines and lighting are chosen carefully. Earth tones, non-reflective panels and shielded fixtures help a hangar fit in, especially near the mountains around Taos. Airport boards also care about appearance, and a good sketch helps. For sites in the Las Vegas area, wind and snow load add to the design list.