Heavy Duty Steel Structure Hangar Offering Excellent Resistance to Corrosion and Weather Conditions Designed for Long Term Industrial

An aircraft hangar is a specialized steel building designed for aircraft parking, storage, inspection, and maintenance. It requires careful planning of the structural span, clear height, door opening, and internal circulation to accommodate different aircraft sizes and operational needs.

Our steel hangar solutions can be customized for private aircraft, aviation service facilities, helicopter storage, and general aviation operations. From the main steel frame to the roof, wall panels, and hangar door openings, the building layout is developed around the project requirements.

• Wide-Span Structure: Designed to create large usable interior areas with fewer internal columns where required.
• High Clear Height: Accommodates aircraft dimensions and operational clearance requirements.
• Large Hangar Door Opening: Can be coordinated with sliding, folding, or other suitable door systems.
• Flexible Internal Layout: Space can be planned for aircraft parking, inspection, and maintenance.
• Weather Protection: Roof and wall systems help protect aircraft and equipment from outdoor conditions.
• Custom Engineering: Structural dimensions and materials can be selected according to the aircraft and site requirements.

Final specifications are subject to aircraft dimensions, structural calculations, local building codes, wind loads, and other project requirements.

The main steel structure is a key part of an aircraft hangar because it must accommodate a large open area and the required door opening. The structural system is selected according to the span, building height, roof loads, wind conditions, and other design factors.

• Long-span steel frames or truss systems
• Steel columns, beams, and roof bracing
• Roof purlins and wall girts
• Reinforced framing around large door openings
• Designed steel connections and base plates
• Provisions for lighting, ventilation, and building services

Where an unobstructed aircraft movement area is required, the structural layout can be planned to minimize internal columns, subject to engineering feasibility.

The hangar door is one of the most important components of the building. Its opening width, height, operating method, and supporting structure should be determined by the largest aircraft and the intended movement path.

• Sliding hangar doors
• Folding door systems
• Other engineered large-opening door solutions

The entrance area should also allow suitable clearance for aircraft movement and ground-support equipment. Door selection should consider wind exposure, operating frequency, maintenance requirements, and the available space around the building.

The building envelope helps protect aircraft, tools, and maintenance equipment from rain, wind, and other outdoor conditions.

Roof System: Metal roofing or insulated sandwich panels can be selected according to the project requirements.

Wall Cladding: Metal sheets or insulated panels provide different options for appearance, weather protection, and thermal performance.

Drainage System: Gutters and downpipes can be incorporated to manage roof runoff.

Insulation: Optional insulation can help regulate indoor temperatures.

Corrosion Protection: Surface preparation and coating systems should be selected according to the site environment and specified durability requirements.

A functional hangar needs suitable lighting and air circulation for daily operations. The layout can incorporate both general aircraft storage and dedicated service areas.

• LED lighting for aircraft inspection and indoor operations
• Optional skylights for natural daylight
• Ventilation systems designed for the intended use
• Optional maintenance workshops and tool-storage rooms
• Space for offices or technical support areas
• Provisions for electrical and other building services

If the hangar will be used for aircraft maintenance, the project team should identify any special requirements related to fire protection, fuel handling, hazardous materials, ventilation, and applicable aviation regulations.

Yes. Please provide the aircraft model or its overall length, wingspan, tail height, and required clearance so the building layout can be planned accordingly.

A wide, unobstructed space can be considered using an appropriate long-span structural system. Feasibility depends on the required span, loads, materials, and engineering calculations.

Sliding, folding, and other suitable door systems may be considered depending on the opening size, site layout, operating requirements, and budget.

Yes. Maintenance space, offices, tool storage, and other supporting areas can be incorporated into the layout. Specialized operational and safety requirements should be confirmed during design.

Please provide the project location, building dimensions, aircraft type, required door opening, intended use, and any available drawings. Local wind conditions and other design requirements are also helpful.

Planning an aircraft storage facility or aviation maintenance hangar? Share your project requirements with us to discuss a suitable steel structure solution.

We look forward to helping you plan a practical steel hangar building tailored to your aviation needs.