When managing an aviation facility, protecting high-value aircraft from harsh weather, corrosive moisture, and environmental wear is paramount. Whether you operate private jets, commercial airliners, military aircraft, or helicopters, understanding the different types of aircraft hangars is essential to selecting a facility that accommodates your spatial requirements, operational workflow, and budget.
Modern aviation engineering offers a wide variety of structural designs, from traditional metal and wood frames to engineered widespan fabric structures. This guide explores the primary types of aircraft hangars, their structural benefits, and how to choose the right building layout to protect your fleet.
Fabric-covered widespan facilities have become one of the most popular types of aircraft hangars across commercial, military, and private aviation sectors.
Built using hot-dip galvanized steel framing clad in high-density polyethylene (HDPE) or PVC fabric, these structures provide column-free interiors up to 250 feet wide.
Among the various types of aircraft hangars, widespan fabric structures offer fast installation times and exceptional site adaptability, making them suitable as both permanent aviation facilities and rapidly deployable remote shelters.
Standard steel-frame buildings are a conventional choice among standard types of aircraft hangars. Featuring heavy steel beams and sheet-metal cladding, these structures offer high durability and fire resistance.
While effective, traditional steel hangars can be prone to condensation, thermal bridging, and higher heating/cooling costs. Additionally, metal siding requires ongoing maintenance to prevent rust along joints and fasteners, especially in coastal or high-humidity airfield environments.
When evaluating types of aircraft hangars designed specifically for single-engine planes and small twin-engine aircraft, T-hangars are a common sight at municipal airports.
These nested, T-shaped bays allow individual aircraft to park efficiently in alternating directions. While T-hangars maximize space utilization for small general aviation planes, their compartmentalized layout lacks the interior room needed for maintenance equipment, oversized wingspans, or larger corporate jets.
Arch-frame buildings represent one of the oldest types of aircraft hangars, utilizing curved steel panels or arches to form a continuous roof and wall structure.
While arch designs handle wind and snow load effectively, the sloping interior walls restrict vertical clearance along the building’s perimeter. This reduces usable floor space along the sides, making it challenging to store tall aircraft tails or position ground equipment near the outer walls.
To determine which of these types of aircraft hangars best aligns with your aviation operations, evaluate the following criteria:
By pairing hot-dip galvanized steel frames with translucent fabric covers, widespan fabric buildings offer a bright, corrosion-resistant, and spacious environment engineered to protect your fleet for decades.
Calhoun Super Structure designs engineered widespan fabric aircraft hangars customized for your fleet’s exact wingspan, tail height, and site-specific weather demands.
Ready to protect your aircraft with a hangar built around your operational needs? Calhoun Super Structure designs custom widespan fabric aircraft hangars engineered for your fleet, site conditions, and long-term goals.
