The Flamenco Ice Tower in Harbin, China is a product from the collaborative efforts of an international team of Dutch and Chinese students, as well as a group of professors from different post-secondary institutions. It took two years to complete and it is the largest ice shell to date.
The structure is the design child of the traditional Chinese tower construction and the shape of the flamenco dress. The shell is 25 centimeters thick and 31 meters high. The material is essentially fiber-reinforced ice and is 100% sustainable as it is fully recyclable.
Relentlessly ambitious, the Flamenco Ice Tower project is a stepping stone to an even more challenging design—the studio has plans to use this technique to build an ice house on Mars.
What Makes This Trend Stand Out
- Fiber-reinforcement
- Opportunity for developing sustainable and resilient structures using fiber-reinforced materials.
- Ice Construction
- Potential for advancements in ice construction methods and technologies.
- Space Architecture
- Emerging field of architecture focused on designing structures for extraterrestrial habitats and exploration.
Sectors Adopting This
- Construction
- Incorporating fiber-reinforcement techniques to create stronger and more sustainable building structures.
- Material Science
- Exploring new materials and technologies for ice construction and development of fiber-reinforced composites.
- Space Exploration
- Developing architecture and engineering solutions for future Mars habitats and colonization.
