For the construction of this pavilion in Mexico City, Zaha Hadid Architects collaborated with ETH Zurich and produced an exceptionally detailed structure with a 3D knitting technique. Thanks to digital fabrication, the creatives knitted two miles of yarn, transported it to the site and hung the textile "from a wooden frame using a tension cable-net system." The silhouette of the 'KnitCandela' is concrete and boasts a beautifully fluid double curve. The interior is vibrantly engaging, while the exterior maintains a clean aesthetic.
For the construction of the strikingly chromatic pavilion, Zaha Hadid Architects and ETH Zurich utilized a very new 3D knitting technique. Dubbed KnitCrete, this approach to assembly allows for creatives to form "curving concrete structures, without the need for expensive and time-consuming molds."
Multicolored Knitted Pavilions
Zaha Hadid's Structure Boasts an Intricate 3D Knitting Technique
Trend Themes
1. 3D Knitting Technique - The use of 3D knitting technique allows for the creation of intricate and detailed structures without the need for expensive molds.
2. Digital Fabrication - Digital fabrication enables creatives to produce and transport large-scale knitted structures more efficiently.
3. Chromatic Pavilions - The use of vibrant and multicolored knitted pavilions creates visually striking and engaging architectural designs.
Industry Implications
1. Architecture - The architecture industry can explore the incorporation of 3D knitting techniques to create unique and cost-effective structures.
2. Construction - The construction industry can leverage digital fabrication technologies to streamline the production and transportation of large-scale knitted structures.
3. Design - The design industry can experiment with vibrant and multicolored knitted pavilions to create visually captivating and innovative structures.