Architecture group BIG has unveiled the new stage design for the world tour of the Danish band WhoMadeWho. With visuals developed in collaboration with flora&faunavisions, EyeMix Studio, and Christopher Mulligan, the design features an inflatable sphere created to become a canvas for the three-dimensional video projections that contribute to the concert experience. The tour kicked off on November 2023 and will reach several cities around the world, including Paris, Madrid, Berlin, Istanbul, New York City, Los Angeles, Santiago de Chile, London as well as the band’s hometown, Copenhagen.
As society, technology, and architecture have evolved, designers and architects have embraced novel construction systems and innovative approaches to reshape the built environment. This advancement has stretched the boundaries of traditional construction techniques and ignited fresh ideas in building design.
In the past, some architects and artists aimed to question an architectural paradigm deeply entrenched in anthropocentrism. Historically, architecture has been linked to the notion that buildings, being conceived by human beings, must be extremely durable, even imperishable. Considering the principle that the best intervention is the least intrusive, inflatable architecture, in contrast to these human-centric viewpoints —but aligned to our ephemeral nature—, can propose structures that may exist one day and vanish the next, leaving a temporal imprint on the landscape. This architectural approach uses textiles as the primary material and air as the structural system, potentially challenging the traditional Vitruvian ideals of Venustas, Firmitas, and Utilitas.
https://www.archdaily.com/1007496/inflatable-architecture-pneumatic-structures-transforming-built-environmentsEnrique Tovar
Air can be used in a variety of ways to make lightweight, flexible structures. It can be used to make inflatable structures, mobile structures, and temporary buildings, it can also activate movable elements and act as a means of constructing buildings that would be impossible with conventional construction methods.
