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rainbow canopy

As part of the Google R+D Capstone, this project focuses on typologies of kinetic technologies that enable enclosure, privacy, and collaboration. Taking inspiration from tensile structures, the malleable fabric of this canopy can be manipulated and secured, creating privacy on demand. Through experimentation and collaboration, Holly Smithberger and I were able to bring our design to fruition with a full scale prototype, allowing us to further our research.

Usage Diagram

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Spandex: Fail

Not stretchy for long distances

Stapled fabric joinery method: Fail

Creates desired form, but tears quickly

Elastic hinge: Fail

Fabric escapes knot easily

Through extensive material and joinery studies, Holly and I were able to determine which methods to utilize to create a full-scale model of our design. Finding a fabric stretchy enough that would not rip or tear was our biggest struggle. After conducting our research, we decided upon nylon as our fabric, hot glue as our joinery method, and nylon as our hinging method.

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Nylon: Success

Extremely stretchy

Hot glued fabric joinery method: Success

Creates desired form and causes no tears

Nylon hinge: Success

Secure, adds stretch

Use-case Renderings

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Full-scale Prototype Photographs

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