An aircraft hangar steel building is designed to provide a spacious and protected environment for aircraft storage, inspection, maintenance, and ground operations. Its steel structural system allows the creation of wide-span interior areas while maintaining an efficient building layout.

The hangar can be engineered around aircraft dimensions, operational requirements, site conditions, and access arrangements, making it suitable for different types of aviation facilities.

The structural layout can be developed to provide sufficient clear space for aircraft movement, parking, inspection, and maintenance activities.

Building height can be customized according to aircraft dimensions, equipment requirements, lighting systems, and operational clearance.

Large hangar openings can be arranged to allow aircraft to enter and exit efficiently. Door dimensions and operating methods can be selected according to the project.

The steel frame can be engineered for different hangar sizes and configurations, from private aircraft facilities to larger aviation buildings.

The hangar door is one of the most important functional elements of an aircraft facility. Different systems can be considered according to the opening size and site conditions.

Available options may include:

• Sliding hangar doors
• Bi-fold doors
• Hydraulic door systems
• Customized large-span doors
• Motorized opening systems

Door height and width can be coordinated with the aircraft dimensions and required operating clearance.

A modern aircraft hangar can be designed for more than aircraft parking. Depending on the project, the building may include:

• Aircraft storage area
• Maintenance zone
• Inspection area
• Ground equipment storage
• Spare parts room
• Tool room
• Technical office
• Staff room
• Equipment area
• Small reception or administration area

These spaces can be integrated into the main building or arranged as separate sections.

The interior environment can be designed according to the intended use of the hangar. Depending on local conditions and operational needs, the building may incorporate:

• Thermal insulation
• Ventilation systems
• Natural lighting
• Artificial lighting
• Rainwater drainage
• Electrical systems
• Fire protection provisions
• Equipment support areas

For maintenance-oriented facilities, additional requirements can be considered during the engineering stage.

Before production, our engineers can develop the structural solution according to the project information provided by the customer.

Important design factors may include:

• Aircraft type and dimensions
• Hangar length, width, and height
• Required clear span
• Hangar door dimensions
• Local wind conditions
• Snow loads where applicable
• Seismic requirements
• Foundation conditions
• Crane or lifting equipment
• Insulation requirements
• Internal equipment
• Future expansion

If you already have architectural drawings, aircraft information, or site plans, these can be used to develop a more accurate design.

After the engineering design is confirmed, the steel members are fabricated according to the approved drawings.

Factory fabrication helps organize the structural components before they arrive at the construction site.

Steel aircraft hangars can be developed for various aviation-related purposes, including:

• Private Aircraft Storage
• General Aviation Facilities
• Aircraft Maintenance
• Flight Training Centers
• Helicopter Facilities
• Aviation Service Centers
• Ground Support Facilities
• Agricultural Aviation
• Emergency Aviation Facilities
• Airport Support Buildings

There is no fixed standard size for an aircraft hangar. The building should be planned around the aircraft, equipment, site, and daily operations.

Whether you need a compact private hangar or a large-span maintenance facility, the structural dimensions and functional areas can be customized according to the actual project.

Yes. A suitable long-span steel structure can be designed when a clear interior area is required.

Yes. The door dimensions can be determined according to aircraft size and required clearance.

Yes. The structure can be designed according to helicopter dimensions and operational requirements.

Yes. Maintenance, inspection, equipment, and storage areas can be incorporated into the overall layout.

Yes. Different insulation materials and wall/roof systems can be selected according to the local climate.

Yes. If lifting equipment is required, the relevant loads and structural requirements should be considered during design.

The most useful information includes aircraft type, building size, project location, hangar door requirements, intended use, and available drawings.