impossible puzzle 3d models

This remake of a classic puzzle tackles the impossible challenge created by David_Mussaffi, available on Thingiverse as #805238. Key modifications were made to simplify 3D printing and the Freecad design file is included. When using your 3D printing...

Another impossible dovetail puzzle box with a compartment for a small thing like e.g. ...an usb stick.

Another impossible dovetail puzzle box with a compartment for a small thing like e.g. ...an usb stick.

Video: https://youtu.be/N1XVd_bd2WU This is a cute little puzzle that will make you think it's impossible, all the pieces fit the frame perfectly, but if you change their layout, the whole area will be filled with only 7 pieces instead of all 9. by...

This is a reworked version of RWReese's (most excellent) Impossible Dovetail Puzzle Box, with some minor adjustments: 1) smoothed out some of the sharper edges 2) lowered the height of the bottom piece since it looked out of balance (to me), and...

Japanese Impossible Puzzle). The goal is simply to move the ring from one side to the other. Believe it or not, it is actually possible. Can you do it without looking up the solution? It is important to print the two balls in different colors...

SierraTech is proud to introduce its 3D Printable version of the impossible Japanese Puzzle that has captured the imagination of many! Can you successfully guide the ring from one side to the other? Think it's a piece of cake? Give it a shot! This...

A mystery shrouded in complexity appears unsolvable at first glance, yet a clever turn of events unravels its intricacies, exposing the hidden truth within.

... as if they were meant to be joined from the very beginning. A testament to human ingenuity and craftsmanship, this impossible dovetail joint stands as a shining example of what can be achieved when passion and expertise meet in perfect harmony.

Challenge you and your friends to build a 3X3X3 cube using the given pieces, remember, It's called the impossible Cube for a reason!

This is a quick design I made for a small puzzle / storage box. You need to print both pieces one time. ... In addition you will need a 10mm diameter steel ball and two magnets with a diameter of 3mm diameter.

This is a common puzzle you see made from wood. I reproduced it so you could 3D print it. ...Enjoy!</p><p>Print 5 fins, 3 Sticks and 1 key.</p>

... The art of puzzle box making spiked again in the 1980's to where the Japanese started creating these boxes for tourists and household decoration. ...This design is one of the most basic for a puzzle design and takes only a couple hours to print.

This is a puzzle I created for my cousin and the goal is to connect these two pieces together, but don't be fooled. Things are not always what they seem if you print this model please let me know your opinion in the comments below. ...Your feedback...

I designed a compact puzzle/storage container in a flash. To assemble it, simply print the two components on your 3D printer. ...You'll also need a metal sphere with a 10mm diameter and two small neodymium magnets that measure 3mm across each one.

I'm fascinated by Hanayama's "Cast Nutcase" puzzle, which has sparked my curiosity. The ingenious design of this brain teaser has left me wanting more, and I find myself drawn to its intricate mechanism. ...With each attempt to solve it, I become...

Initially, I created a model with 0.3mm clearance for easier assembly, but this design compromise resulted in visible steel balls when viewing directly into the spacing, severely impacting the puzzle's intricacy. To successfully print the magnet,...

This is a notoriously tricky dovetail joint puzzle that's been widely recognized for its incredible complexity.\r\nIt can be enhanced with optional neodymium magnets, measuring 5mm in diameter and 5mm in height, to significantly increase the...

Without tilting the puzzle, carefully slide the free steel bar to the side and remove it by pulling it away from the puzzle while sliding it back into place. The object inside can now be freed. ...For more information, watch this video:...

Adding nuts or wing nuts to the bolts enhances the puzzle's complexity - the wingnut creates an intriguing puzzle with the threaded rod. The bottom of the object simply needs to fit into the 5mm hole in the bottom of the cage. Two 2mm steel rods...

This is my adaptation of the Unsolvable Japanese Riddle. ...All you need is a rope and it's ready to go.

Most Challenging Engineering Endeavor.

Mental conundrum where disparate pieces fail to interlock seamlessly. ... Witness the phenomenon firsthand here: http://youtu.be/ieUkZa7HuvY Observe how a hollow model is provided, with and without an escape route, for those intending to manufacture...

Challenge you and your friends to fill in the canvas using the given pieces, remember, It's called the impossible Cube for a reason! ... The solution is given in the image above, have fun!

Challenge you and your friends to fill in the canvas using the given pieces, remember, It's called the impossible Cube for a reason! The solution is given in the image above, have fun! ...

This box is designed for an "Almost Impossible Heart" shape but can be modified to suit other STL files. The heart shape is imported and then enlarged before being cut out from the top and bottom halves of the box. OpenSCAD's parametric capabilities...

This is probably the highest quality version of the "Impossible Japanese Puzzle" on Thingiverse as of late. The model is comprised of four printed parts, 3/8 inch braided rope, 1/2 inch oak wood dowel, and a 2" steel ring - all non-printed parts are...

In the original version, one part was printed from the second layer. I needed to split the figure into 2 parts to fix this error. В исходной версии одна деталь печаталась со второго слоя. ...Мне понадобилось разбить фигуру на 2 части, что бы...

Print instructionsCategory: Puzzles Summary A classic engineering puzzle! Check out the video: https://youtu.be/V-WyDesFc7w One object can pass effortlessly through triangular, circular, and square holes! ...Check out my Amazon Page to see what kind of...

Check out the video: https://youtu.be/V-WyDesFc7w One object can pass effortlessly through triangular, circular, and square holes! Check out my Amazon Page to see what kind of gear I use to make these models! Print instructionsCategory: Puzzles...