tensegrity table 3d models

Human: Tensegrity Example Central tendon is a rubber band, ideal for demonstration purposes. Outer tendons can be arranged in parallel or intersecting patterns. Ring diameter measures 78 millimeters. ...Rods are crafted from 1.4-millimeter wire,...

"The cat upstairs has a longer tail," she said, to which I asked again, "What else?" you respond: "ahhh, i see, the cat below is smaller" A good gift for mothers day *** The pieces have to join with adhesive and place the threads as in other...

I've come across Tensegrity structures by Buckminster Fuller, namely the 6 strut sphere and 12 strut cuboctohedron models. I'm currently working on perfecting the icosahedron design, feel free to remind me if you're interested. Some suggestions for...

... (about 0.1mm) than the struts for easier fit. Find some building instructions on Youtube, looking for _tensegrity_ or _tensegritoy_, which is a wooden version. The picture with black background might be a mini model of the NASA Super Ball. ... ---

This is a two-piece tensegrity arrangement that gives the impression to float in mid air in an almost impossible way. It consists of 4 parts for ease of printing. Use three thin threads to balance the forces. Please print <strong>Part C with at...

Tensegrity derived from tension and integrity, in that the integrity of the structure is derived from the balance of tension not compressionThe planter will be formed from two identical 3D printed elements either of which can be used to display the...

I'm giving my take on a tensegrity structure. A pentagon is a better choice for stability compared to a triangle. Recesses are built into the bottom and top outlines so that only one continuous line wraps around the outside, making assembly much...

This incredible Tensegrity Physics Toy achieves an amazing "levitating strings" effect without relying on magnets. The maximum diameter of the strings should be precisely 1.5 millimeters to maintain the illusion. ...For exact string length and further...

Tensional Integrity or Tensegrity is how this whole model is held together beyond initial belief. The more of these I build, the more intriguing the models are. These models are just the surface of what can be done with Tensegrity! The push pins...

... colors/length of rubberbands as well as using color pencils instead of standard #2 yellow pencils. Tensegrity Structures; http://www.tensegriteit.nl/index.html Tensegrity Robots; http://www.wired.com/2015/03/robot-collapses-pressure-good-way/

DO NOT USE WITH REAL FLAMES - FOR DECORATION USE ONLY Introducing the tensegrity menorah, the piece holding the candles appears to inexplicably float in the air against the pull of gravity. A great printing project just in time for Hanukkah!  Fits...

This is three of the previous tensegral units, merged together to form a sturdy mast. Lacing it up proved to be a laborious process, and when securing the tension lines with glue, some slipped and now hang loose than I had hoped. The supports...

Check it out on Thingiverse: https://www.thingiverse.com/thing:3221097 Tensegrity is a fascinating concept that's been around for years, popularized by Buckminster Fuller and his student Kenneth Snelson...

I believe it would be a pretty unique idea to make a tensegrity trophy. This could also make the trophy more fun to play with as it has moving parts and is not static. The black parts of the trophy should be made using an SLS or MJF printer due to...

My go at a tensegrity. Pentagon for better stability compared to triangle. Recess on the outline of bottom and top to have only one line going all around on the outside for more easy assembly. ... ...And in all: 50mm Pentagon for quick print time for...

A small tensegrity (Tension-Integrity) study. I redid the CAD files from scratch to make it more stable and printable. Print instructionsPrint once or twice, scale to fit. If printed twice, the same sized parts can be put together. Decorative plates...

The term "tensegrity" is short for "tensional integrity and was proposed by Buckminster Fuller in the 1960s.This experimental model is a study on fabricating such a tensegrity structure. The boundary conditions are set to avoid assembly of the...

The term "tensegrity" is short for "tensional integrity and was proposed by Buckminster Fuller in the 1960s.This experimental model is a successor to a recent study on fabricating such a tensegrity structure. The boundary conditions are set to avoid...

I'm excited to share my attempt at making some tensegrity cubes, the interlocked design seemed tailor-made for 3D printing. The nylon strings are a robust 1mm in diameter, more than strong enough to keep the entire structure tightly in place. There...

Tensional Integrity or Tensegrity is how this whole model is held together beyond initial belief. The push pins work well if you're not a knot tie-er, like me. The pins are tapered and create a locking angle against the string (or 10 lb test...

Replacing the one pair of hooks in the center of the back of the cloud and of the wave with two pairs of hooks on each side, balancing out the tension forces created by the two pairs of hooks in the front of the assembly.(Below, top to bottom:...

Just as seen on the following three .GIFs:“Loop base” type compression piece assembly (you will need to do this twice):“Knot base” type compression piece assembly (you will need to do this twice):“Ball chain base” type compression piece assembly (you...

It is a fascinating experience when, after the 3D printing and the assembly of the individual parts, this tension is suddenly created when setting up the object: TENSEGRITY! To get a better impression of the object and also about different color...

It is a fascinating experience when, after the 3D printing and the assembly of the individual parts, this tension is suddenly created when setting up the object: TENSEGRITY! To get a better impression of the object and also about different color...

It is a fascinating experience when, after the 3D printing and the assembly of the individual parts, this tension is suddenly created when setting up the object: TENSEGRITY! To get a better impression of the object and also about different color...

This is a sturdy tensegrity structure designed to cradle your mug securely. It is remarkably stable and can support over a kilogram of weight without much vibration. Whatever you place on it, it will elevate your workspace instantly. To facilitate...

It is a fascinating experience when, after the 3D printing and the assembly of the individual parts, this tension is suddenly created when setting up the object: TENSEGRITY! To get a better impression of the object and also about different color...

Inspired by the "impossible table", this stool is engineered to support the weight of a person with two tripods mounted upside-down for maximum force transfer. As it's constructed around climbing rope, which is inherently elastic, this stool is...

It also has 3.5mm diameter pocket for any bulky knots to be hidden in so it will still sit flush on a table. If you are going to make it you will require 3 approximately 81mm (knot-to-knot) pieces of string and 1 approximately 46mm piece of string....

It also has 3.5mm diameter pockets for bulky knots to be hidden in so it will still sit flush on a table. If you are going to make it, you'll need 3 approximately 81mm (knot-to-knot) pieces of string and 1 approximately 46mm piece of string. This is...