This is a logical extension of the below listed spring tensegrity. With long enough struts and wires this structure could be repeated in any of three directions ad infinitum. I have also built one of these from dowel, piano wire, aluminum tube and zip ties. The next step will be to create a modular single unit like the one listed below using nickel-titanium memory wire so the pieces can be assembled into any desired shape one unit at a time. Depending on the strut-length and wire interval, the structure can exist as anything between nearly-cubic and extremely rhombic.

This is an interesting new adaptation of Buckminster Fuller’s tensegrity structures that uses spring wire and struts instead of tendons and struts to make a structure that supports itself. It will not carry load like a true tensegrity will but may have other interesting conceptual applications. The animation is demonstrating a range of potential structures created by driving some parameters with an adaptation of Fuller’s twist angle theorem for determining the twist angle of an n-strut tensegrity.

Viewed from multiple angles, multiple interpretations are created.

In this structure the interaction of the elemets are random but within limits as to remain cohesive.

Made from brass, stainless steel hypodermic tube and little tiny nuts and threaded rods (too small to see in this image).