AIRCRAFT HANGARS - Brooks Steel Buildings

Aircraft Hangars in Wyoming & Utah | Steel Hangars in Afton, Evanston, Heber, Provo & St. George

Steel has incredible strength and makes it possible to span long
distances without interior load bearing supports.

Brooks Steel Buildings designs and supplies custom steel aircraft hangars in Wyoming and Utah, including Afton, Evanston, Heber, Provo, and St. George.

Our pre-engineered steel hangars provide clear-span interiors for aircraft storage, maintenance, and aviation operations. Each building is engineered for its environment—from heavy snow loads in Wyoming to heat and sun exposure in southern Utah—ensuring long-term durability and performance.

Whether you need a private hangar or a commercial aviation facility, we deliver cost-effective, low-maintenance steel building solutions tailored to your needs.

Aircraft Hangars in Afton & Evanston, Wyoming

We supply steel aircraft hangars throughout western Wyoming, including Afton and Evanston.

These buildings are specifically engineered to handle:

Heavy snow loads
High wind exposure
Freezing winter temperatures

Our clear-span hangar designs maximize usable interior space, allowing for efficient aircraft storage, maintenance, and equipment access without interior columns.

Aircraft Hangars in Heber & Provo, Utah

We provide custom steel hangars in Heber and Provo designed for both private and commercial aviation needs.

Our Utah hangars are built for:

Fast construction timelines
Energy efficiency
Flexible door systems (bi-fold and hydraulic)

Steel hangars offer a durable and low-maintenance solution, making them ideal for pilots, aviation businesses, and property owners.

Aircraft Hangars in St. George, Utah

In southern Utah, we supply steel aircraft hangars in St. George engineered for desert conditions.

These hangars are designed to handle:

High heat and intense sun exposure
UV-related wear and tear
Ventilation and cooling requirements

Steel buildings perform exceptionally well in hot climates, offering long-term durability, resistance to warping, and reduced maintenance compared to traditional construction.

What Is a Steel Aircraft Hangar?

A steel aircraft hangar is a structure designed to store, protect, and maintain aircraft.

These buildings provide shelter from weather, extend aircraft lifespan, and create space for maintenance and operations.

Steel hangars are commonly used for:

Private aircraft storage
Commercial aviation operations
Maintenance and repair facilities
Multi-aircraft storage

Aircraft Hangars Have Special Feature Requirements

Aircraft hangars often require higher eave heights, clear-span
widths, and large sliding doors, among other special features
including mezzanines.

Higher Eave Heights

As planes, helicopters, and other aircraft need to move in and out of the aircraft hangar
freely the hangar must provide enough clearance. Steel buildings allow for higher eaves
and still provide the strength and security needed to protect your aircraft.

Aircraft Hangars Have Special Feature Requirements

Aircraft hangars often require higher eave heights, clear-span
widths, and large sliding doors, among other special features
including mezzanines.

Higher Eave Heights

Clear-span interiors (no interior columns)

A steel building hangar is the perfect structural option for airplane hangars. The strength of
steel allows wider spans across the width of the hangar allowing a column-free interior.
Brooks Steel Buildings engineers can customize your hangar to meet the widths you need
for your aircraft hangar.

Custom Doors

While bi-fold doors are the most popular door type for hangar buildings there are many options for hangar doors including sliding doors, curtain stacking doors, and hydraulic doors.

Bi-fold doors fold in half horizontally and allow you to move your aircraft quickly and easily in and out of your hangar. Bi-fold doors are reliable and durable offering great protection from harsh weather to keep your aircraft safe.

Sliding doors also known as bottom rolling doors roll on wheels that are fitted to the bottom of the door and roll on rails that are embedded into the floor system. Sliding doors are a good option for large aircrafts.

Curtain staking doors are solid sliding doors used for many aircraft hangars. These industrial doors can be pocketed curtain stacking doors that slide into an opening or housing compartment where they fold and stack. This compartment is usually added to the front of the building to not take away from the interior space of the building. The curtain stack door is enabled by a quick turn of the handles located on every other panel.

Hydraulic Doors are great options for any aircraft hangar. They are especially beneficial for low clearance hangars as they lay flat allowing you to make better use of your headspace.

Mezzanines

Second floor mezzanines can be incorporated into your aircraft hangar design. Mezzanines allow for living quarters, offices, sitting areas, etc. Increase your usable square feet by adding a Mezzanine.

Parapets

A popular look for airplane hangars is adding a parapet. This improves aesthetics and brings a level of sophistication to an aircraft hangar. A parapet wall is wall panels that continue past the eave line to a given elevation. Parapet walls are different than mansards/facades as they have no projection.

Benefits of Building a Steel Airplane Hangar!

Protect your aircraft investments with a steel aircraft hangar designed to fit your hangar needs.

The incredible strength of steel makes it the ideal building material for airplane hangars.
Column-free clear-span interiors (no interior columns)
Strength of steel allows for higher eave heights
Faster construction compared to traditional buildings
Lower long-term maintenance costs

Steel offers extra protection from extreme weather such as high winds, heavy snows, lightning, and earthquakes.
Reduced fire hazards
Customizable sizes and layouts
Compatible with large aircraft door systems

Aircraft Hangar FAQs

Frequently Asked Questions About Aircraft Hangars

Q: What size aircraft hangar do I need?

A: The size depends on your aircraft. Smaller planes may require 40–60 ft spans, while larger aircraft may require 80–150+ ft or more.

Q: Are steel hangars better than wood?

A: Yes. Steel hangars are more durable, require less maintenance, and allow for larger clear-span designs without interior columns.

Q: How long does it take to build a steel hangar?

A: Most steel hangars can be delivered and constructed within a few weeks to a few months, depending on size and site preparation.

Q: Do you provide hangars in Wyoming and Utah?

A: Yes. We serve Afton, Evanston, Heber, Provo, St. George, and surrounding areas.

Q: Do you build hangars in St. George, Utah?

A: Yes. We design and supply steel aircraft hangars in St. George and across southern Utah, engineered for desert conditions and high temperatures.