How to make a Tensegrity AKA floating compression

Tensegrity is a structural principle where a stable system is created by the balance of tension and compression elements. The word "tensegrity" is a combination of "tensional integrity." The concept was developed by Buckminster Fuller, an American architect, inventor, and futurist, in the 1940s.

In tensegrity structures, the compression elements (rods or bars) do not touch each other, but they are held in place by the tension elements (cables or wires)on our case cotton. The result is a lightweight, flexible, and strong structure that can adapt to changes in its environment. Tensegrity structures can be found in nature, such as spider webs and muscle fibers, as well as in man-made structures, including sculptures and buildings.

Other names for tensegrity include "floating compression," "island compression," and "pre-stressed tension." These terms describe the balance between the compression and tension elements in the structure. Tensegrity structures are also sometimes referred to as "tension structures" or "tensile structures" due to their reliance on tension elements for stability.

Tensegrity structures have many applications, including in architecture, engineering, and biology. They are used to create lightweight and flexible buildings, bridges, and sculptures. Tensegrity principles are also applied in the design of medical implants and robotics, where they can provide stability and flexibility while minimizing weight and material usage

WHAT YOU NEED
8 X Popsicle/Ice cream sticks
1 X Cotton/String or Fishing line

Side cutter
Drill
Hot glue gun

***Remember always have adult supervision when creating any one of these projects