Steel Structure Hangar providing shelter and protection for aircraft vehicles

Our Steel Structure Aircraft Hangar is designed for aircraft storage, maintenance, repair, inspection, and aviation-related operations. The building features a high-strength steel frame and a large-span structural system, providing a spacious and unobstructed interior for aircraft movement and maintenance.

The hangar can be customized according to aircraft type, aircraft dimensions, building size, door opening requirements, local climate, equipment requirements, and operational needs. From private aircraft hangars and general aviation facilities to commercial aviation maintenance buildings, our steel structure solutions can be adapted to different aviation projects.

• Large-Span Structure - Provides a spacious interior with minimal internal obstructions
• High Structural Strength - Designed to meet the load requirements of large aviation buildings
• Extra-Large Hangar Doors - Customized door openings allow aircraft to enter and exit efficiently
• Aircraft-Friendly Layout - Interior dimensions can be planned according to aircraft size and maneuvering requirements
• High Wind Resistance - Structural design can consider local wind conditions and environmental loads
• Customized Height - Eave and ridge heights can be designed according to aircraft clearance requirements
• Durable Surface Protection - Painting or galvanizing systems can improve corrosion resistance
• Thermal Insulation Options - Suitable roof and wall systems can help maintain a more stable indoor environment
• Ventilation & Lighting - Natural and mechanical ventilation and lighting systems can be integrated
• Future Expansion - The building can be planned for additional aircraft storage or maintenance areas

• Private aircraft
• General aviation aircraft
• Business jets
• Helicopters
• Training aircraft
• Agricultural aircraft
• Aircraft maintenance facilities
• Aircraft repair facilities
• Aviation equipment storage
• Airport support facilities

Aircraft hangars have specific requirements that differ from ordinary industrial buildings. Our engineers can develop the building according to:

• Aircraft type
• Aircraft length
• Aircraft wingspan
• Aircraft height
• Number of aircraft
• Aircraft parking arrangement
• Aircraft access requirements
• Hangar door dimensions
• Maintenance equipment
• Crane requirements
• Local wind conditions
• Seismic conditions
• Insulation requirements
• Ventilation requirements
• Future expansion plans

Large clear spans are one of the most important characteristics of an aircraft hangar. The steel frame can be engineered to create a large unobstructed interior, providing sufficient space for: Aircraft Parking → Aircraft Movement → Maintenance → Inspection → Equipment Operation

The column arrangement can be optimized to minimize interference with aircraft movement and maximize usable floor space.

The hangar door is a critical component of the building and should be designed according to the aircraft dimensions and operating requirements.

Suitable for large openings and commonly used for aircraft storage and maintenance facilities.

Can provide large clear openings while requiring relatively limited space outside the building.

Suitable for customized hangar configurations and large aircraft access openings.

Door dimensions, opening direction, operating system, and structural requirements can be customized according to the project. When requesting a quotation, it is important to provide the required door width and height whenever possible.

A practical solution for projects where basic weather protection is required.

Provides economical thermal insulation and lightweight construction.

Suitable for projects requiring improved fire resistance and thermal insulation.

Provides higher thermal insulation performance and can be considered for projects requiring improved temperature control.

The appropriate roof and wall system can be selected according to the local climate and project requirements.

Aircraft maintenance and storage buildings require appropriate ventilation and lighting. Optional systems include:

• Roof ventilators
• Ridge ventilation
• Wall louvers
• Exhaust fans
• Mechanical ventilation
• Skylights
• Large windows
• Industrial lighting systems

The ventilation and lighting systems can be coordinated with the hangar's structural and operational layout.

If the hangar will also be used for aircraft maintenance or repair, additional working areas can be incorporated into the design. These may include:

• Aircraft inspection areas
• Maintenance work areas
• Tool storage
• Spare parts storage
• Equipment rooms
• Offices
• Staff facilities
• Aviation equipment storage

The internal layout can be planned around the aircraft maintenance workflow.

Some aircraft maintenance facilities require lifting equipment or overhead cranes. If a crane is required, please provide:

• Crane capacity
• Crane span
• Lifting height
• Crane type
• Number of cranes
• Crane operating requirements

These loads can be considered during structural design to ensure the building is properly coordinated with the lifting system.