You're not online
Check your internet connection.AVIANTION HANGAR
ARCH - TRUSS CONSTRUCTIONS
A-FRAME FLEX SPAN
A-FRAME AEROSHELL
A-FRAME TRUSS CONSTRUCTION
ARCH-TRUSS
SPAN
20 till 100m
RIDGHE HEIGHT
18 till 33m
GRID
2.5 till 5m
RIGGING
6 till 12 to
WIND LOADS
up to 195 km/h
SNOW LOADS
adapted to the local regulations
FLEXIBLE SPACE SOLUTIONS FOR AVIATION, MAINTENANCE, AND OPERATIONS.
Modular hangars combine short construction times with a high degree of adaptability.
The systems can be designed for both civil and military applications, MRO, aircraft storage, and business aviation—for both temporary and long-term scenarios.
- cost effectiveLess material and labor required than in conventional buildings
- Flexible & ReusableModular structures can be expanded, dismantled, and adapted to changing requirements.
- installation timePrefabricated aluminum components reduce construction and installation time
- safety Requirements for wind & snow loads: limited according given loads: EN 13782 | Service life: EN 1991
- risk managementTemporary facility solutions minimize investment risk when operating periods are uncertain.
- DurabilityHigh-quality materials ensure trouble-free operation over extended periods of use.
ARCH TRUSS
ALUMINUM AS A MODULAR SUPPORT SYSTEM
Lightweight, corrosion-resistant, and designed for adaptability.
Thanks to its low weight, corrosion resistance, and recyclability, it is particularly well-suited for systems that need to be quickly assembled, expanded, or relocated at a later date.
- Customizable & reusableLightweight, easy to transport, install, relocate, and expand.
- Low maintenance requirementsAluminum is corrosion-resistant and requires fewer protective coatings than steel
- Short construction timeSimple plug-in and screw connections reduce assembly time and speed up installation.
- Recyclable & sustainableAluminum is recyclable and can be reused repeatedly without losing its properties.
- LogisticThe low density reduces weight and transportation costs, thereby lowering the environmental impact.
- Aluminum vs steelIn normal to aggressive environments, maintenance requirements are 5 to 8 times lower.
/f/192882/1512x1040/9405dfc6ea/bild_druck1.png)

/f/192882/1920x1080/db1f054aaf/arch-truss_concept_03.png)

/f/192882/1920x1080/b4f2fde932/arch-truss_concept_02.png)

/f/192882/1920x1080/111f76b133/arch-truss_concept_01.png)

/f/192882/1430x704/1c8475c6f8/alu_hangar_05.png)

/f/192882/1430x704/50c207a25e/alu_hangar_06.png)

/f/192882/1430x708/529333c861/alu_hangar_02.png)
