
Reimagining the most frustrating part of outdoor gear: the tent. This project is a system of repeating arm modules arranged into a circular formation. The arms are organized in pairs shaped like an “X” and connected at their ends using pivot joints. When assembled in a ring, these modules form a kind of scissor-like mechanism that can expand outward or collapse inward. The structure has two intersecting circular arcs: one on the bottom and one that moves vertically forward. Each arm is made from laser-cut wood, and the joints are 3D printed. I also used CAD software to model how different variables - like the angle of the arms or the number of “X”s - would affect the final shape and motion of the structure.


Mathematical equation used for better accuracy: D = nL / π, where D is the circle’s diameter, n is the number of “X”s, and L is the length of each stick. I designed transition joints in CAD to accommodate different rotation speeds and directional forces between the two intersecting planes and give the joints more rotational freedom to prevent binding.
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