The C6XTY Synthetic lattice is a new way of creating building materials. What is new and unique about the synthetic lattice is that the ‘tensile elements’ hold together the ‘compression’ members in a ‘sea of tension.’ This concept was first introduced by Buckminster Fuller.
The lattice is in tension and utilizes the familiar shape of the soccer ball in compression, which is also known as a Fullerene or Carbon 60 molecule. The unique geometry makes it inherently stable and well suited for carrying loads in compression much like a ball bearing. The tension and compressive components are assembled or woven into a synthetic lattice. This geometry can be used to make structural fabrics into all form factors.
The lattice is in tension and utilizes the familiar shape of the soccer ball in compression, which is also known as a Fullerene or Carbon 60 molecule. The unique geometry makes it inherently stable and well suited for carrying loads in compression much like a ball bearing. The tension and compressive components are assembled or woven into a synthetic lattice. This geometry can be used to make structural fabrics into all form factors.
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