Echoviren is a 3D-printed design by the Smith Allen Studio that was developed for the Project 387 Residency. This project called for a structure that would be responsive to its environment, which in this case was a forest. The 10x10x8' structure mimics the natural surroundings of the forest and what's truly interesting about this project is that it was completely printed and assembled on-site.
The 3D-printed panels snapped together in order to create a seamless surface from the outside. In order to create this sculpture in the forest, the 3D printers were busily working away for over two months, and the structure took a total of four days to assemble. Printed from bio-plastic, the design is set to decompose naturally within the next half century.
Biodegradable Forest Shelters
This 3D-Printed Design of Blends into the Natural Surroundings
Trend Themes
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Biodegradable Architecture — This trend shows a growing interest in structures that can decompose naturally, presenting opportunities for architects and builders to experiment with new materials and processes.
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3D Printing in Construction — This trend highlights the potential for 3D printing to revolutionize the construction industry by enabling the creation of complex and customized structures on-site.
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Responsive Architecture — This trend reflects a rising demand for buildings that can adapt and respond to their surroundings, leading to new opportunities for architects and designers to create innovative and sustainable designs.
Industry Implications
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Construction — This industry can explore the use of biodegradable materials and 3D printing technologies to create sustainable and innovative structures for various applications.
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Architecture — This industry can take advantage of the trend towards responsive and biodegradable architecture to create more sustainable, eco-friendly and visually stunning designs.
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Sustainability — This industry can drive the development of new materials and technologies that support the trend towards more sustainable and eco-friendly construction and architecture practices.