3d printed twisty puzzles

This twisty puzzle was designed to be completely 3d printable, no screws required. This puzzle is similar to a square-1 in the sense that it can only turn on one axis across the middle. Furthermore, the side tiles can either be glued into place or...

Verify a Successful Print After printing the main puzzle and the puzzle key, you should be able to tell if your puzzle is solvable by checking the following: The puzzle will rattle easily when shaken. Parts on the bottom of the puzzle will wiggle...

Instructions To start, I utilized Autodesk Inventor, allowing me to build simple 3D models of the parts needed for this twisty puzzle. ...I then swapped the typical screws used in Rubik's Cube pieces with alternative attachments, purely for...

To create this puzzle, print each piece by the number indicated on the filename: * 8 Outer Corner * 8 Middle Corner * 8 Outer Edge * 8 Middle Edge * 8 Hidden Edge * 16 Small Center * 2 Center * 2 Center Cap * 1 Core One * 1 Core Two You will need 4...

To make **v1**, which doesn't use any screws but is more likely to fall apart, print: * 2 Centers * 10 Edges * 10 Corners * 1 Pin To make **v2**, which uses a screw but is more stable, print: * 1 Center 1 v2 * 1 Center 2 v2 * 1 Center Cap v2 * 10...

This little twisty puzzle is a breeze for anyone who claims to have solved a Rubik's cube. In terms of difficulty, it's more suitable for small children, provided they can manage not to swallow any pieces! For everyone else, it's simply a fun object...

A ready-to-solve twisty puzzle box. No glue, no hardware, and no assembly! ... <iframe width="640" height="360" src="https://www.youtube.com/embed/FJXxZtWEMqw" frameborder="0" allowfullscreen="true">https://youtu.be/FJXxZtWEMqw</iframe> ...

A ready-to-solve twisty puzzle box. No glue, no hardware, and no assembly! ... <iframe width="640" height="360" src="https://www.youtube.com/embed/FJXxZtWEMqw" frameborder="0" allowfullscreen="true">https://youtu.be/FJXxZtWEMqw</iframe> ...

A ready-to-solve twisty puzzle box. ... <iframe width="640" height="360" src="https://www.youtube.com/embed/qvjMhq8SCBg" frameborder="0" allowfullscreen="true">https://youtu.be/qvjMhq8SCBg</iframe> https://youtu.be/qvjMhq8SCBg <iframe width="640"...

A ready-to-solve twisty puzzle box. No hardware and no assembly required! ... <iframe width="640" height="360" src="https://www.youtube.com/embed/FJXxZtWEMqw" frameborder="0" allowfullscreen="true">https://youtu.be/FJXxZtWEMqw</iframe> ...

To assemble this complex puzzle, print each component according to the file name provided: * Core 1 * Top Center 2 * Top Center Cap 2 * Side Center 8 * Side Center Cap 8 * Top Edge 16 * Middle Edge 8 * Corner 16 You'll need 10 M3 screws and 10...

To assemble this intricate puzzle, print each component according to the filename: * Core number one * Top Center part two * Top Center Cap part two * Seven Side Center parts * Seven Side Center Cap parts * Fourteen Top Edge pieces * Seven Middle...

To create this intricate puzzle, print each component according to its designated filename: * 10 Long Corner pieces * 10 Short Corner components * 10 Long Top Edge parts * 10 Long Short Edge sections * 5 Side Edge units * 5 Side Center modules * 5...

To construct this intricate puzzle, print each component according to the number indicated on its corresponding filename: * 10 Corner pieces * 10 Top Edge components * 5 Side Edge parts * 5 Side Center units * 5 Side Center Caps * 2 Top Center...

It's based on work shared publicly by the twisty puzzle community. The puzzle is complex and built upon the Starminx puzzle. Each part of the puzzle can be identified by its filename, which lists the counts. ... To learn more about how this puzzle came...

To build this puzzle, print each part according to the number indicated on the filename: * Print 1 Alignment first * Then, print 1 Core with care * Next, print 5 Inner Edge pieces * After that, print 5 Inner Corner pieces * Followed by 5 Hidden...

Standing up for spherical twisty puzzles means embracing a challenge that requires mental agility and problem-solving skills. These three-dimensional brain teasers demand attention to detail and patience as players navigate their intricate designs.

This is a 1x3x4 Rubik's Cube-style twisty puzzle that rotates by increments of 180 degrees in all directions, making it relatively easy to solve like most 'floppy puzzles'. Enjoy building your own, and please share pictures if you do! Check out this...

The side tiles can either be glued in or one can be left out for the side tiles to slide freely giving the puzzle two different ways to be put together and solved. core x2 edge x12 side tiles x18 top tiles x12 pin x1 Print Settings Printer: longer...

To create this puzzle, print each part according to the number indicated in its filename: * 10 Long Corner Pieces * 10 Short Corner Pieces * 10 Long Top Edges * 10 Long Short Edges * 5 Hidden Edge Pieces * 5 Hidden Center Pieces * 2 Top Center Caps...

This is a compact twisty cube puzzle measuring 30x30x30mm, surprisingly small. If you found this design very helpful or wish to support me, consider buying me a cup of coffee; it keeps my brain active, allowing me to create new content. Please use...

A simple hexagonal prism twisty puzzle, the top and bottom layers can both turn 360° and it can turn 180° around a single axis in the middle. The side tiles can either be glued in or one can be left out for the side tiles to slide freely giving the...

To build this challenging puzzle, you'll need to print each part according to the filename number: * 1 Core * 2 Top Center * 2 Top Center Cap * 6 Side Center * 6 Side Center Cap * 12 Top Edge * 6 Middle Edge * 12 Corner The side center caps require...

Rare cube puzzle collectors will love these twisty teaser toy sizes 2x2x2 and 3x3x3 in unusual shapes, some of which are one-of-a-kind original designs. Models include 2x2 bevel corners, 3x3 quarter circle, Dodecahedron, hexagonal star, 3x3x3...

The puzzle requires printing six edges, four centers, and one of each half of the core. Assembly should be quite straightforward. First, glue the core together so that the holes are evenly spaced across it. Next, screw in three of the centers, then...

... in tinkercad. ...Scaled everything down and adjusted for clearances. The hole in the top extends into the mushroom head so cash can be sticking out the top of the bottom part and still be able to lock the puzzle. ...Prints just fine with no supports.

A puzzle which looks like a starfish. ... Only after designing this did I remember about the Star Puzzle, but since I already finished designing it, I decided to upload it anyways. ... I haven't printed it yet, but I will try soon.

A full set of 3D puzzle Print (scale to 125% for more fun and easier assembly), build and play. not much else. the "dynoName-full.stl" files are there to show the final result and to help with assembly. Pick and print the "dynoName.stl" file to...

... - all file names contain this information. Additionally, you'll require an M3 screw and a spring for optimal performance. Although I haven't printed this model, I've used it as a base for my 2x3x4 puzzle, which has shown to be highly effective.

To build this cube: First, determine how many copies of each part you need to print by checking the number at the end of each part (for example, printing six center 6 parts). Once printed, sand the inner flat surfaces of the parts. Roughen up the...