When my nephew told me he needed a Tensegrity Table for his science fair project, I was happy to help. I knew it would be a fun project to build together.

We started by finding instructions online. We gathered all the supplies we would need and got to work. It was a lot of fun working together and we were able to finish the table in just a few hours.

My nephew was really excited to show his table at the science fair. He did a great job explaining how it worked and why it was important. The judges were impressed with his project and he ended up winning first place!

DIY Tensegrity Table Plans, Designs & Ideas

Tensegrity structures are a type of structure that uses a combination of tension and compression to create a sturdy yet lightweight framework. The term “tensegrity” was coined by Buckminster Fuller, who is credited with inventing the tensegrity sphere.

A tensegrity table uses a system of cables and rods in order to create a sturdy, yet lightweight structure. This type of table is often used in public spaces such as parks or plazas, as they are easy to set up and take down.

Tensegrity tables can also be used in residential settings, as they offer a unique and stylish look that can add character to any home.

Tensegrity structures are made up of two types of elements: compression members (typically rods or tubes) and tension members (typically cables or strings).

The compression members are arranged in a series of triangular or tetrahedral shapes, while the tension members run between the points of the compression members. This creates a matrix of interlocking triangles that is extremely strong and stable.

One advantage of tensegrity structures is that they can be easily assembled and disassembled. This makes them ideal for applications where a structure needs to be erected quickly, such as in emergency situations.

Additionally, tensegrity structures can be designed to be extremely lightweight, making them well-suited for use in aerospace and other weight-sensitive applications.

Check out some of the best plans with pdfs we collected below:

1. Tensegrity Table

Tensegrity Table
  • Facebook
  • Twitter
  • Pinterest

A tensegrity table is a type of furniture that is both strong and lightweight. It gets its strength from a combination of tension and compression elements, which is why it is sometimes referred to as “tension-grade.” The table is made up of two parts: a base and a top. 

View plan

2. Floating Tensegrity Table

Floating Tensegrity Table
  • Facebook
  • Twitter
  • Pinterest

The base is made up of a series of rods that are connected to one another with cables or other flexible materials. The top is also made up of a series of rods, but these are connected to the base with compressed struts. The result is a table that can support a significant amount of weight without being too heavy or bulky.

View plan

3. Popsicle Stick Tensegrity Table STEAM Activity – Easy to Assemble!

Popsicle Stick Tensegrity Table STEAM Activity - Easy to Assemble!
  • Facebook
  • Twitter
  • Pinterest

Because of its simple design, a tensegrity table can be easily built at home with just a few tools and materials. And because it uses tension instead of nails or screws, it can be disassembled and reassembled as needed. So if you’re looking for a strong, lightweight table that you can build yourself, consider making a tensegrity table.

View plan

4. How To: Tensegrity Table

How To: Tensegrity Table
  • Facebook
  • Twitter
  • Pinterest

A tensegrity table is a type of furniture that uses a tensegrity structure to support a flat surface. The word “tensegrity” is a combination of “tension” and “integrity,” and it refers to a system in whichcomponents are pre-stressed in order to maintain a stable equilibrium. This type of structure is particularly well-suited for use as furniture because it is strong yet lightweight, and it can be easily assembled and disassembled.

View plan

5. How to Make Floating Tensegrity Table

How to Make Floating Tensegrity Table
  • Facebook
  • Twitter
  • Pinterest

To make a simple tensegrity table, you will need four rods, eight spheres, and two blocks of wood. Drill holes in the blocks of wood that are just big enough to fit the rods snugly. Thread the rods through the holes so that they intersect in the center of the blocks, forming a cross. Then, place the spheres at the points where the rods intersect. The spheres should be tight enough that they cannot move around, but not so tight that they bind the rods.

View plan

6. The One-One-string Tensegrity

The One-One-string Tensegrity
  • Facebook
  • Twitter
  • Pinterest

A tensegrity table is a type of furniture that uses a combination of tension and compression to remain stable. The term “tensegrity” is a combination of the words “tension” and “integrity,” and it was first coined by Buckminster Fuller. Tensegrity tables are usually made from wood or metal rods and cables, and they can be either static or dynamic.

View plan

7. DIY Cardboard Tensegrity Pen Holder!

DIY Cardboard Tensegrity Pen Holder!
  • Facebook
  • Twitter
  • Pinterest

Static tensegrity tables are designed to be used as coffee tables or end tables, while dynamic tables can be used as desks or dining tables. Building a tensegrity table is a relatively simple process, but there are a few things you should keep in mind if you want to build a more complex structure.

View plan

8. Remix “Tensegrity” “Floating Table” As a Planter

Remix “Tensegrity” “Floating Table” As a Planter
  • Facebook
  • Twitter
  • Pinterest

First, it’s important to choose the right materials. For the rods, you’ll need something that is strong but lightweight, such as aluminum or carbon fiber. For the cables, you’ll need something that is strong and flexible, such as nylon or Kevlar. Second, you’ll need to decide on the size and shape of your table.

View plan

9. Tensegrity Coffee Table

Tensegrity Coffee Table
  • Facebook
  • Twitter
  • Pinterest

The simplest designs are rectangular or square, but you can also build tension grids of any size or shape. Finally, you’ll need to choose the right connectors for your rods and cables. There are many different types of connectors available, so it’s important to do some research before making your decision. With the right materials and connectors, you can build a tensegrity table of any size or shape.

View plan

10. K’nex Tensegrity (floating) Platform

K'nex Tensegrity (floating) Platform
  • Facebook
  • Twitter
  • Pinterest

View plan

11. Scraps and Physics of a Tensegrity Structure

Scraps and Physics of a Tensegrity Structure
  • Facebook
  • Twitter
  • Pinterest

View plan

Steps To Make Tensegrity Table

The following steps will show you how to make a tensegrity table.

Step 1

Begin by gathering your materials. You will need four dowels (or other compression members), eight cables (or other tension members), and some glue or tape. The length of the dowels and cables will depend on the size of the table you want to make.

Step 2

Cut the dowels into equal lengths. If you are using four dowels, they should all be the same length.

Step 3

Cut the cables into equal lengths. If you are using eight cables, they should all be the same length.

Step 4

Arrange the dowels in a triangular shape, as shown in the figure below. Make sure that the dowels are touching at their ends and that each dowel is resting on two other dowels.

Step 5

Take two of the cables and tie them around two adjacent dowels, as shown in the figure below. Make sure that the cable is tight but not so tight that it cuts into the wood. Repeat this step for the remaining six cables.

Step 6

Now, take two more cables and tie them around two opposite corners of the triangular frame, as shown in the figure below. These cables should also be tight, but not so tight that they cut into the wood.

Step 7

Finally, take the last two cables and tie them around the remaining two corners of the triangular frame, as shown in the figure below. Again, these cables should be tight, but not so tight that they cut into the wood.

Your tensegrity table is now complete! To test it out, try placing a book or other object on top of the table. The interlocking triangles of the tensegrity structure will keep the object from falling through.