CONCEPT DESIGN:
The soul of this design is to create self-sustainable living architecture that respond to its use.
MODULAR + FLEXIBLE:
The Module: Cylindrical Tensile Membrane + Double Helix Structure made of carbon fiber semi flexible tubes. This simple and flexible module can be repeated according to the desired length connecting two buildings forming a pedestrian connection.
STRUCTURAL FLEXIBILITY:
The design of the bridge meets the structural flexibility of differential movement between the buildings. A connection between two independent structures cannot be rigid, so this bridge is structurally based on a tensile membrane.
DYNAMIC REACTION:
Being a flexible tensile structure, by applying more tension to different points, a technological dynamic deformation can be achieved in response to the people crossing the bridge. It becomes a living element that responds to its use.
INTERNATIONAL ARCHITECTURE AWARDS:
• Int Design Awards, LA, USA: Bronze Medal - Conceptual Architecture Design
• A’ Design Award & Competition, Milán, Italy: Silver Medal - Certificate of Excellence in World Architectural Lighting Design
• 20+10+X World Architecture Award 2011 Winner: WORLD ARCHITECTURE COMMUNITY Awards (worldarchitecture.org), as one of the world’s most representative project in the world.
• 1st Place “Building to Building Pedestrian Bridge International Challenge”. DesignByMany Challenge sponsored by HP and ArchDaily.
INTERNATIONAL ARCHITECTURE AWARDS:
• Int Design Awards, LA, USA: Bronze Medal - Conceptual Architecture Design
• A’ Design Award & Competition, Milán, Italy: Silver Medal - Certificate of Excellence in World Architectural Lighting Design
• 20+10+X World Architecture Award 2011 Winner: WORLD ARCHITECTURE COMMUNITY Awards (worldarchitecture.org), as one of the world’s most representative project in the world.
• 1st Place “Building to Building Pedestrian Bridge International Challenge”. DesignByMany Challenge sponsored by HP and ArchDaily.
CONCEPT DESIGN:
The soul of this design is to create self-sustainable living architecture that respond to its use.
MODULAR + FLEXIBLE:
The Module: Cylindrical Tensile Membrane + Double Helix Structure made of carbon fiber semi flexible tubes. This simple and flexible module can be repeated according to the desired length connecting two buildings forming a pedestrian connection.
STRUCTURAL FLEXIBILITY:
The design of the bridge meets the structural flexibility of differential movement between the buildings. A connection between two independent structures cannot be rigid, so this bridge is structurally based on a tensile membrane.
DYNAMIC REACTION:
Being a flexible tensile structure, by applying more tension to different points, a technological dynamic deformation can be achieved in response to the people crossing the bridge. It becomes a living element that responds to its use.
Our offices are located in Barcelona, Cancún, Chicago and Santo Domingo, but thanks to technology we can do projects on all over the world.
Barcelona
Bac de Roda 136
08020, Barcelona
Spain
Madrid
Av. de Buendía 11
19005 Guadalajara (Madrid)
Spain
Chicago
373 Hazel Ave, Apt A1
60022, Glencoe, Illinois
United States