In a groundbreaking move within the realm of architectural innovation, the construction of the world’s tallest 3D-printed tower, known as the White Tower, has commenced in the scenic Swiss Alps. This towering marvel, set to grace the picturesque landscape along the Julier mountain pass, symbolizes a significant leap in 3D printing technology and sustainable construction practices.
Spearheaded by visionary architect Benjamin Dillenburger and his team, this project promises to be a structural feat and a beacon of creativity and versatility in the realm of art and performance spaces. The White Tower, affectionately dubbed Tor Alva, is envisioned to stand at an impressive height of 30 meters, dominating the skyline of Mulegns, Switzerland. It represents a collaborative effort between Dillenburger’s team and Fundaziun Origen, with a shared vision of creating an architectural masterpiece that seamlessly blends into its natural surroundings while offering a multifunctional space for artistic endeavors.
This towering skyscraper will feature a distinctive design comprising 32 branching columns enclosing abstract, atmospheric rooms, culminating in a vaulted concert venue at its apex. The design ethos emphasizes expressive shapes, intricate surface detailing, and hollow features made possible through innovative robotic concrete extrusion techniques. Notably, this method ensures structural integrity and significantly reduces material consumption, aligning with sustainability principles.
The White Tower’s architectural vision extends beyond mere aesthetics; it embodies a commitment to circularity and reuse. Designed with disassembly in mind, the tower can be relocated after its five-year tenure in Mulegns, showcasing a forward-thinking approach to sustainable architecture. Furthermore, its modular construction allows easy assembly and dismantling without adhesives, underscoring a dedication to environmental responsibility.
In addition to its architectural prowess, the White Tower is engineered to withstand the rigors of the alpine climate. A removable membrane shields the structure from harsh weather conditions, ensuring its longevity and preservation. At dusk, the tower’s distinctive openings transform it into a luminous beacon reminiscent of a lantern illuminating the historic Julier Pass route.
The construction process harnesses advanced computational design software, enabling architects to translate intricate digital models into tangible reality. Thin layers of specially formulated concrete are meticulously extruded by a giant robotic arm, with steel reinforcement elements integrated to enhance structural strength. Post-printing, finishing touches such as smoothing and decorative embellishments are meticulously applied, ensuring precision and quality control.
The White Tower’s presence amidst the Swiss Alps redefines the skyline and exemplifies a harmonious fusion of innovation, sustainability, and artistic expression. As it takes its place as the tallest 3D-printed structure, the White Tower beckons admirers worldwide to witness the dawn of a new era in architectural marvels.
