TUNELGROUP STEEL HANGAR BUILDINGS
Steel Building in Industrial Design
INDUSTRIAL STEEL HANGAR CONSTRUCTION
Steel Hangars
Engineered steel hangars designed around aircraft dimensions, clear-span requirements, hangar door systems, environmental loads and long-term operational efficiency.
- Project-specific engineering
- Hangar door coordination
- Turnkey coordination
15+ years
Steel design and manufacturing experience
40+ countries
International project reach
Clear-span solutions
Unobstructed aircraft movement
One team
Structure, doors, envelope and installation
BUILT AROUND PRODUCTION OPERATIONS
More than a steel frame. A complete aircraft hangar system.
A successful hangar depends on the relationship between aircraft dimensions, clear span, door opening, apron access, maintenance zones, roof and facade systems, building services and future fleet requirements. Tunelgroup develops these elements as one coordinated building concept.
- Aircraft-first layout — wingspan, tail height, turning path, parking positions and maintenance clearances shape the internal volume.
- Project-specific structure — wind, snow, seismic conditions, large door openings, suspended services and equipment loads shape the steel system.
- Expandable hangar strategy — future bays, additional door sections, workshops, offices and fleet growth can be considered during concept design.
ONE COORDINATED HANGAR BUILDING SYSTEM
What Tunelgroup Can Deliver
Each package is coordinated around the same aircraft envelope, hangar geometry, structural design and installation sequence.
Long-Span Structure
Clear-span frames or long-span trusses, secondary members, bracing, mezzanines and project-specific service supports.
Roof & Facade
Insulated sandwich panels or metal cladding coordinated with drainage, daylight, ventilation and architectural requirements.
Hangar Door Systems
Sliding, folding, fabric or telescopic hangar doors engineered around the required clear opening and wind conditions.
Turnkey Scope
Engineering, steel production, hangar doors, envelope systems, packing, delivery and installation can be coordinated within one workflow.
TYPICAL APPLICATIONS
Steel Hangars Designed for Real Aviation Workflows
Hangar geometry, door configuration and support areas can be adapted to aircraft type, maintenance workflow, apron movement and future fleet requirements.
Aircraft Storage Hangars
Secure weather-protected storage for private and commercial aircraft
MRO Hangars
Maintenance, repair and overhaul facilities with organized service zones
Helicopter Hangars
Compact clear-span facilities adapted to rotor clearance and operations
Airport Service Hangars
Facilities for ground-support equipment, workshops and technical services
Private Aviation Hangars
Premium aircraft storage with integrated office and lounge areas
Multi-Purpose Hangars
Aircraft storage, maintenance, workshop and administrative zones in one building
DESIGN INPUTS
Technical Decisions Made Before Fabrication
- Location & climate — wind, snow, seismic conditions, corrosion exposure and airfield requirements.
- Aircraft envelope — wingspan, length, tail height, turning path and required maintenance clearances.
- Operational loads — suspended services, maintenance platforms, cranes, mezzanines and ground-support equipment.
- Door & apron interface — clear opening, door type, threshold, drainage and aircraft movement strategy.
| Structural system | Rigid frames, trusses or project-specific long-span steel framing selected according to hangar width, height and operational requirements. |
| Design actions | Dead, imposed, wind, snow, seismic, large-door reactions and project-specific equipment loads according to the applicable design standard. |
| Hangar door system | Sliding, folding, telescopic or fabric door selected according to clear opening, wind pressure, operating speed and maintenance needs. |
| Roof system | Insulated sandwich panel or profiled metal roof with project-specific slope, drainage, daylight, ventilation and service provisions. |
| Facade system | Insulated sandwich panels, profiled cladding or architectural combinations selected for durability, energy performance and appearance. |
| Apron & access | Aircraft threshold, apron drainage, towing path, personnel doors, service access and emergency egress coordinated with operations. |
| Delivery scope | Engineering, manufacturing, export packing, international delivery and installation options. |
Final structural, aviation-interface and applicable standards are confirmed for the project destination and contract requirements before production.
FROM CONCEPT TO INSTALLATION
A Controlled Project Workflow
Defined review stages keep the long-span structure, hangar doors, envelope, aircraft clearances and installation requirements aligned.
01 — Project Brief
Location, aircraft types, hangar dimensions, door opening and delivery scope are confirmed.
02 — Engineering
Aircraft clearances, long-span framing, loads, door supports and building geometry are developed.
03 — Hangar Coordination
Hangar doors, apron interface, maintenance zones, facade details, drainage and services are reviewed.
04 — Fabrication
Long-span steel members, door supports and building-envelope components move through fabrication.
05 — Delivery
Components are organized by erection sequence for export packing and project logistics.
06 — Installation
Site erection and hangar-door installation follow approved drawings and the coordinated assembly sequence.
VISUAL PROJECT LANGUAGE
Built for Clear Span, Aircraft Access and Operational Flow
The industrial architectural language is shaped around aircraft clearance, large door openings, maintenance access and efficient apron movement.
Aircraft Hangar Exterior
Clear-span steel envelope with a large engineered hangar door
Maintenance Hangar Interior
Unobstructed aircraft bay coordinated with lighting and technical services
Apron & Aircraft Access
Door threshold and apron geometry integrated into aircraft movement
FREQUENTLY ASKED QUESTIONS
Planning a Steel Hangar
Clear aircraft, door and operational information at the beginning reduces design changes and improves proposal accuracy.
Share the project location, aircraft types and quantities, required clear width and height, door preference, maintenance activities, apron conditions, service areas and requested delivery scope.
Yes. The structural system and hangar door are developed around aircraft dimensions, parking arrangement, maintenance clearances and applicable structural criteria.
Sliding, folding, telescopic and fabric hangar doors can be evaluated according to the opening size, wind conditions, operating speed and project requirements.
Yes. Maintenance workshops, spare-parts areas, technical rooms, offices and mezzanines can be coordinated with the aircraft bay and structural system.
The final scope can include engineering, steel manufacturing, hangar doors, envelope systems, export packing, international logistics and installation depending on the destination.
CONTACT US FOR STEEL HANGAR BUILDINGS
« Contact us »
Fill in the form. We will contact you as soon as possible.Contact Us For Steel Hangar Buildings
Have questions or ready to take the next step? Contact us; we are here to help you on your cooling systems journey.
Working Time
Mon-Fri: 09:00 - 18:00
Closed on Weekends
İstanbul Factory
Dudullu Organize Sanayi Bölgesi, Nato Yolu Cd No:39, 34776
Y. Dudullu/Ümraniye/İstanbul
Bursa Factory
Kayapa, Kayapa OSB, 10. Sk. No:6, 16315
Ni̇lüfer/Bursa
Follow Us
Fill Out The Form For Steel Hangar Buildings
Our Mega Structure Design and Manufacturing Efficiency is at the Top Level with Knowledge, Experience and Effective Engineering