Custom Steel Wide-Span Aircraft Hangar for Aircraft Storage and Maintenance | Steel Structure Hangar
| Main Structurel Material: | Q355B/ASTM A572 Gr.50/EN S355/JIS SM490 | Secondary Structurel Material: | Q235B / ASTM A36/ EN S235JR / JIS SS400 |
| Other Material: | Q460 / ASTM A572 Gr.65 /EN S460 / JIS SM570 | Column and Beam: | Welded H-section/Hot-rolled H-beam/Box Column |
| Purlin: | C.Z Shape Steel Channel | Roof and Wall panel: | EPS/Rock Wool/PU / PIR Sandwich Panel,Corrugated/Trapezoidal Steel Sheet/Customized |
| Window: | Aluminum Alloy / PVC /Industrial Louver Window | Door: | Sliding/Rolling Shutter/Hinged Steel/Customized Steel Door |
| Customization: | Style / Size (Span, Height, Length) /Color / Material / Crane Capacity | Surface treatment: | Hot-dip Galvanized Zinc-rich Primer + Top Coat Anti-corrosion Coating |
| Seismic and Wind Resistance Rating: | Designed According To Local Seismic Codes/Wind:0.3-1.1 KN/㎡/81-150 Mph | Project Solution Capability: | CAD Graphic Design, 3D Tekla Modeling Design, Total Solution For Projects,One-stop Steel Structure Solution,Project-based Supply |
| After-sale Service: | Online Technical Support, Onsite Installation,Onsite Training,Onsite Inspection,Installation Drawings Support | Service Life Time: | 50+ Years |
| High Light: | Wide-Span Steel Aircraft Hangar,Custom Steel Structure Hangar,Aircraft Storage Steel Aircraft Hangar |
||
A steel aircraft hangar provides protected indoor space for aircraft parking, inspection, maintenance, and aviation operations. Its structural layout accommodates aircraft dimensions, access requirements, ground equipment, and operational needs. Our custom steel hangar buildings are developed according to project-specific requirements, offering flexible layouts for private aircraft owners, aviation service providers, flight schools, and commercial aviation facilities. Building dimensions, door arrangements, roof systems, and supporting spaces can be customized to suit different aircraft types and site conditions.

- Spacious Interior for Aircraft Operations: A properly engineered steel frame creates a large interior area for aircraft storage, inspection, and maintenance activities.
- Customizable Building Dimensions: Hangar length, width, eave height, and door openings can be designed according to the aircraft fleet and intended use.
- Weather Protection: Roof and wall cladding systems help protect aircraft and equipment from rain, wind, sunlight, and other environmental exposure.
- Integrated Lighting and Ventilation: Lighting, natural daylight openings, ventilation, and other building services can be incorporated according to operational and safety requirements.
- Corrosion Protection Options: Steel components can receive specified surface preparation and protective coating systems based on the site environment and project requirements.
- Flexible Supporting Spaces: Offices, tool storage, equipment rooms, and maintenance support areas can be incorporated into the overall facility layout.
A steel aircraft hangar provides protected indoor space for aircraft parking, inspection, maintenance, and aviation operations. Its structural layout accommodates aircraft dimensions, access requirements, ground equipment, and operational needs. Our custom steel hangar buildings are developed according to project-specific requirements, offering flexible layouts for private aircraft owners, aviation service providers, flight schools, and commercial aviation facilities. Building dimensions, door arrangements, roof systems, and supporting spaces can be customized to suit different aircraft types and site conditions.
Aircraft hangars require large unobstructed interior areas to allow aircraft to enter, park, and move safely. The steel framing system is engineered according to the required clear span, building height, environmental loads, and applicable aviation facility requirements.
- Wide-Span Structural Layout: Structural solutions can be developed to reduce interior column interference in aircraft operating areas.
- High-Clearance Interior: Building height is determined by aircraft tail height, door clearance, maintenance equipment, and operational needs.
- Large Hangar Opening: Door dimensions and opening arrangements are coordinated with the aircraft envelope and access routes.
- Equipment Coordination: The design can consider maintenance platforms, service equipment, lighting, and other operational facilities.
- Site-Specific Engineering: Wind loads, snow loads where applicable, seismic conditions, and foundation requirements are evaluated according to local codes.
The hangar door is one of the most important elements of an aircraft building. Its selection depends on the clear opening, available space, operating frequency, local weather, and maintenance requirements. Available configurations may include sliding doors, bi-fold doors, or other engineered door systems suitable for the project. Personnel entrances, equipment access doors, and emergency exits can also be arranged where required. Door dimensions, supporting steelwork, operating mechanisms, and electrical provisions should be coordinated during the design stage to ensure compatibility with the overall building structure.
- Spacious Interior for Aircraft Operations: A properly engineered steel frame creates a large interior area for aircraft storage, inspection, and maintenance activities.
- Customizable Building Dimensions: Hangar length, width, eave height, and door openings can be designed according to the aircraft fleet and intended use.
- Weather Protection: Roof and wall cladding systems help protect aircraft and equipment from rain, wind, sunlight, and other environmental exposure.
- Integrated Lighting and Ventilation: Lighting, natural daylight openings, ventilation, and other building services can be incorporated according to operational and safety requirements.
- Corrosion Protection Options: Steel components can receive specified surface preparation and protective coating systems based on the site environment and project requirements.
- Flexible Supporting Spaces: Offices, tool storage, equipment rooms, and maintenance support areas can be incorporated into the overall facility layout.









| Item | Description |
|---|---|
| Building Structure | |
| Building Type | Steel Aircraft Hangar |
| Main Structure | Engineered Steel Frame |
| Building Span | Customized according to aircraft and operational requirements |
| Building Length | Customizable |
| Eave Height | Determined by aircraft clearance and equipment needs |
| Envelope & Systems | |
| Roof System | Metal Roofing or Insulated Panels |
| Wall System | Metal Cladding or Insulated Sandwich Panels |
| Lighting | Natural and Artificial Lighting Options |
| Ventilation | Designed according to operational requirements |
| Doors & Access | |
| Hangar Door | Sliding, Bi-Fold, or Other Suitable System |
| Finishes & Standards | |
| Surface Treatment | Specified Primer and Protective Coating System |
| Design Standard | Applicable Local Building Codes and Project Requirements |
Final specifications are subject to engineering calculations, aircraft clearance requirements, site conditions, and applicable regulations.
- Private aircraft storage
- General aviation facilities
- Aircraft inspection and maintenance
- Flight training centers
- Helicopter storage and service facilities
- Aviation equipment storage
- Airport support buildings
Yes. Please provide the aircraft model or its overall length, wingspan, tail height, and any special access requirements. These details help establish the preliminary building dimensions and door opening.
A wide-span structure can be considered to provide unobstructed aircraft operating space. The feasible span and structural arrangement depend on engineering calculations, loading conditions, and project requirements.
The choice depends on the required opening width and height, available side or overhead space, operating frequency, and budget. We recommend confirming these details before selecting a door system.
Yes. Maintenance bays, tool rooms, offices, and other supporting areas can be incorporated into the building layout where appropriate.
Please share the project location, aircraft type, required building dimensions, door opening size, preferred roof and wall materials, and any available drawings. Local wind, snow, and seismic requirements should also be provided if known.
Planning an aircraft storage or maintenance facility? Send us your project details, aircraft dimensions, and preferred layout. Our team can review the requirements and help develop a steel hangar building proposal tailored to your project.
Request a Quote