Applications

Load Bearing and Design

The Tensairity concept is the idea for applications which require new shapes and innovative technologies able to optimise the transportation and assembly of the structure. The Tensairity system combines the lightness and simplicity of an airbeam with the load bearing capacity of a truss structure. The result is an attractive design, with light and aerodynamic girders which can be integrated with LED lights and sensors in order to enhance the impact on the users and adapt the structure to the environmental conditions. Tenairity roofs has been successfully used in the main motorsports events and became the new paradigm for this market. The list of the current users of a Tensairity® pavilion includes Yamaha MotoGP, Ducati Superbike, Imperiale-Lamborghini Blancpain GT Series, Audi Tron Sailing Series and ISAF Sailing WorldCup. Tensairity bridges has been successfully used for permanent applications, such as the bridge in Val-Cenis designed by Philippe Barbeyer in 2005, and the emergency bridges developed by PSTech, CIMNE and Buildair in collaboration with Tensairity Solutions.

DEMONSTRATOR CAR BRIDGE

Demonstrator car bridge with 8m span and 3.5 tons maximal load. Airlight Ltd and Prospective Concepts, 2002.
Dismantled Tensairity beam of the 8 m span bridge. The compression element on the right is the only bending stiff element, which can be divided even in short pieces if very compact transport in a box is needed.

ROOF OVER PARKING GARAGE

Tensairity roof structure with up to 28 m span for a parking garage in Montreux, Switzerland. Luscher Architectes SA & Airlight Ltd, 2004.

ADVERTISEMENT PILLAR

Tensairity mobile advertisement pillar with 20 m height. Airlight Ltd, 2004.

EXHIBITION STAND

Exhibition stand with Tensairity elements for Bentley. Breitling SA & Airlight Ltd, 2004.

SKIERS BRIDGE

Tensairity bridge with 52 m span in Lanslevillard, France. Skiers drive over the bridge during the snow sport season. Charpente Concept SA, Barbeyer Architect & Airlight Ltd., 2005.

CANOPY

Tensairity canopy in Pieterlen, Switzerland. Airlight Ltd, 2005.

PLANAR ROOF

Tensairity roof for an energy station in Rohrbach, Germany. Architekturbüro Jaschek & Airlight Ltd, 2005.

DEMONSTRATION BRIDGE

Tensairity demonstration bridge for a German TV show. The two girders can be transported in the trunk of the small car. The bridge is set up by two persons in 30 minutes. Each girder weights less than 70 kg. Empa, 2007.

RETRACTABLE ROOF

Tensairity telescope enclosure with 12 m diameter ,Tenerife, Spain. The roof open and closes solely due to a change of the airpressure. Airlight Ltd, 2008.

DEMONSTRATION FOOTBRIDGE

Student project for a Tensairity foot bridge. ETH & Empa, 2008.
“Air-Bridge” Emergency bridge obtained using two inflatable Tensairity beams 14m long and 1.70m wide jointed together. CIMNE, Buildair, 2013

ROOF FOR TENNIS COURT

Tensairity roof with 38 m span, National Tennis Center, London. Airlight, 2010.

TEMPORARY TENSARITY ROOF

Temporary Tensairity roof for exposition WAVE, organized by BNP Paribas. 24m torus-shaped outer ring.

TENSAIRITY HOSPITALITY

Temporary Tensairity® roofs installed on semitrailers. 12m span Maco Technology, Tensairity Solutions, 2014.