Inflatable domes

Implemented projects


Usability for sports

Inflatable dome

  • Does not need to be dismantled for the summer period
  • Removable side walls (optional)
  • Protection from the rain and sun
  • Natural ventilation
  • Low maintenance costs


Advantages

  • Allows for natural ventilation
  • Highly reliable construction as each arch is autonomous
  • Pressure inside the arch, as opposed to inside the structure
  • Made from high-strength materials resistant to all weather conditions and UV radiation
  • Individual shape and design
  • Long-term service life
  • Can withstand high wind and snow loads
  • Possibility of using any type of foundation, including mobile foundations
Vector has been designing pneumo-frame inflatable buildings (PFIBs) since 2000. We manufacture inflatable domes and inflatable structures for sports, industrial, warehouse, aviation, agricultural, and event projects. Our specialists have designed and installed more than 100 pneumo-frame buildings with areas from 215 to 43,056 sq ft.

The mobility and versatility of a pneumo-frame inflatable building make it a practical answer when a large area needs to be covered quickly without the schedule and cost of permanent construction.

Pneumo-frame inflatable buildings can be used as temporary or long-term inflatable structures for indoor sports facilities, pools, industrial hangars, agricultural buildings, equipment shelters, and large inflatable buildings. Vector offers inflatable domes for sale as custom-engineered systems, with dimensions, materials, entrances, gates, lighting, and climate options selected for the project. Installation is fast, typically handled by a small crew, and does not require heavy lifting equipment in many cases.

Vector inflatable domes are adapted for different climate zones within the temperature range from -22°F to +104°F. The structure consists of sealed modules filled with compressed air, giving the inflatable dome the rigidity it needs to resist wind and snow loads. Modules are often arch-shaped, but the system can be engineered in different forms to suit the function, site, and visual design.