Tor Alva, the tallest 3D-printed tower in the world, is located in the Swiss Alps. Standing 98 feet high, it features tree-inspired columns and serves as a performance space for the tiny village of Mulegns. Designed by ETH Zürich and Nova Fundaziun Origen, the structure utilizes a groundbreaking technique involving a custom concrete mixture and two robots, allowing for its impressive height and load-bearing capabilities. This innovative approach addresses the limitations of traditional 3D printing, potentially leading to taller and more complex structures in the future.
The tower's columns are load-bearing, enabling it to rise to 98 feet, showcasing a novel solution for reinforcing 3D-printed concrete.
Tor Alva is designed as a performance space, symbolizing the blend of advanced technology and cultural heritage in the Swiss Alps.
This project helps pave the way for the future of architecture by allowing for the construction of taller and more complex 3D-printed structures.
Collaboration between Nova Fundaziun Origen and ETH Zürich demonstrates the potential for innovative design in remote locations, utilizing advanced 3D printing techniques.
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