Steel Structure Hangar Metal Building Solutions for Aircraft Storage Industrial Warehousing and Large Scale Structural Needs

Our steel structure aircraft hangars are designed to provide spacious, durable, and functional facilities for aircraft storage, maintenance, inspection, and aviation-related operations. With a strong steel framing system and flexible architectural layouts, these buildings can accommodate different aircraft sizes and operational requirements.

We offer customized hangar solutions based on building dimensions, aircraft clearance, door opening requirements, local climate conditions, and project specifications. Roof systems, wall cladding, insulation, ventilation, and specialized hangar doors can be selected to suit the intended application.

Whether you are planning a private aircraft hangar, an aviation maintenance facility, or a large-scale airport hangar, we can help develop a suitable steel structure solution.

• Large Clear-Span Space: Designed to provide open interior areas with fewer internal columns where required.
• Customized Hangar Dimensions: Building span, length, height, and aircraft access clearance can be tailored to the project.
• Wide Door Opening Options: Compatible with suitable sliding, folding, or other engineered hangar door systems.
• Strong Structural Performance: The steel frame is designed according to applicable codes and project-specific loads.
• Efficient Fabrication and Assembly: Prefabricated steel components support organized transportation and on-site installation.
• Thermal and Weather Protection: Optional insulation and suitable cladding systems help address local environmental conditions.
• Future Expansion Potential: The layout can be planned to accommodate possible extensions, subject to engineering and site conditions.

Final specifications must be confirmed through engineering design, aircraft clearance requirements, local building codes, and site conditions.

Steel aircraft hangars can be used for:

• Private and business aircraft storage
• Airport aircraft parking facilities
• Aircraft maintenance and inspection workshops
• Flight training facilities
• Helicopter hangars
• Aviation equipment storage
• General aviation service centers
• Aircraft repair and technical support facilities

The main frame consists of engineered steel columns, beams, and roof framing members. Member sizes and connections are determined through structural calculations.

Roof beams, trusses where appropriate, purlins, and bracing form the roof support system. The design considers the required span, roof loads, and local weather conditions.

The door arrangement is a key part of hangar planning. Door type, opening width, opening height, operating method, and supporting structure should be coordinated with aircraft dimensions and access requirements.

Metal cladding or insulated sandwich panels can be selected according to weather resistance, thermal requirements, appearance, and budget.

Roof gutters, downpipes, ventilation openings, and other accessories can be incorporated into the design to support building operation and maintenance.

Aircraft hangars require careful coordination between structural design and daily aviation operations. Important considerations include:

• Aircraft wingspan, tail height, and required maneuvering clearance
• Hangar door opening dimensions and operating space
• Clear-span requirements and internal obstructions
• Local wind, snow, and seismic design requirements
• Foundation conditions and soil-bearing capacity
• Ventilation, lighting, and insulation requirements
• Fire safety, electrical systems, and applicable aviation regulations
• Future maintenance equipment or additional operational areas

Specialized systems, including large hangar doors and fire protection, should be coordinated with qualified suppliers and relevant professionals.