rubik cube puzzle 4x4x6 cuboid twisty 3d game

3D High Quality Rubik's Cube This file contains a 3D model, expertly crafted shaders, carefully placed lights and a detailed stage. Ready to be rendered at high quality, it's perfect for any project that demands precision. You can also bring it to...

My fully-functional octagonal prism twisty puzzle is a marvel of design. The top and bottom layers pivot by 45 degrees, while the side layers rotate a full 180 degrees. This intricate puzzle is proportional to a 4x4, presenting a challenging puzzle...

My fully-functional heptagonal prism twisty puzzle boasts seven sides, each with a unique set of movements. The top and bottom layers rotate by approximately 51 degrees, while the side layers can turn an impressive 180 degrees. This puzzle is...

I design a fully-functional 5-layer pentagonal prism twisty puzzle that operates with precision. The top and bottom layers rotate smoothly by 72 degrees, while the side layers turn effortlessly by 180 degrees. This puzzle stands firm against...

My fully-functional, 3-layer pentagonal prism twisty puzzle, known as the pentaprisma. The top and bottom layers rotate by a full 72 degrees, while the side layers turn an impressive 180 degrees. Rest assured, this puzzle does not possess the ability...

The Human 3D Cube Puzzle consists of 13 expertly crafted pieces that demand precise alignment and strategic thinking to solve. To assemble this intricate puzzle, you'll need 40 high-quality, precision-cut Cylinder Magnets measuring 3mm in diameter...

I designed this puzzle cube container that also serves as a handy storage case for Rubik's cubes, complete with a functional hinge allowing smooth closure and a secure fit that keeps the lid in place solely due to friction, ensuring it stays shut...

... A deep cut, two-layered pentagonal prism twisty puzzle that demands precision. The top and bottom layers can move in increments of 72 degrees with ease, and each side can pivot a full 180 degrees. This puzzle is designed to stay true to its shape.

A complete Rubik Cube, with all the mechanic functions. Try it out!Hope you like it, and don't forget to take a look at my other models, some of them may be useful! ...

This model requires no screws and can be put together without any extra parts. ...Snap the center pieces into the core, then assemble like a normal rubik's cube. ...I glued the "color caps" on to each piece.

A three-dimensional puzzle cube waits patiently to be solved by a skilled problem solver.

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...

My fully-functional, intricate 5-layer pentagonal prism twisty puzzle boasts a unique design. The top and bottom layers rotate a full 72 degrees, while the side layers spin a full 180 degrees. This puzzle is not capable of transforming into different...

To print: 1x Core 2x Centre Ui 2x Centre Uo 8x Edge Ui 8x Edge Uo 8x Corner Ui 8x Corner Uo 4x Centre D 4x Edge D Additional parts: 6x M4 screws long enough to reach the core 2x M4 washers for between Centre Uo and Ui(optional, recommended) 6x...

My fully-functional hexagonal prism twisty puzzle features a unique design where the top and bottom layers rotate by 60 degrees, while the side layers turn by 180 degrees. To build this challenging puzzle, you'll need to print each part according to...

... numbers, shapes, or other content to the exterior faces of the assembled puzzle cube. I've included an example of one puzzle cube design (without decorations), but students will benefit from designing and printing their own puzzle cube design.

Two renditions of a Cube 3D-challenge.

Revamp your Ultimaker's Challenge submission with a fully functional 3D printable Puzzle Cube. Personalize it by adding colorful or custom stickers on each face. The parts are available in .IGS format; however, request SolidWorks model (parts and...

Using Tinkercad, design a 3x3x3 interlocking puzzle cube comprised of 27 cubes, each measuring 20cm3. The puzzle cube features five distinct interlocking pieces, each boasting a unique shape and color. Each interlocking piece is crafted from 4 to 6...

... This My group discussed what we wanted the cube to be like. We drew out isometric views of all pieces. I designed the pieces in Tinkercad and printed them out. We built the cube from wooden blocks based on isometric views and the 3D printed puzzle.

Students created complex 3D Puzzle Cubes using Tinkercad's powerful design tools. The teacher's sample model measures a precise 2.25 inches on each side, with an outer layer thickness of 0.3 inches and a 20% infill density that maximizes structural...

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...

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.

... 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.

This is a cube puzzle with multiple pieces and is fun to print and use, enjoy! Print instructionsI would recommend printing at 30% infill in any filament. ...No supports needed.</p>

Although this puzzle appears straightforward with only nine pieces, the reality is far from simple. ...Each piece vividly represents a unique combination of how three interconnected cubes can come together in perfect harmony.

... - 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.

This cube was not colored at the time of this posting, but the square one has the same color pattern as a standard cube. Assembly is pretty straightforward. Print 8 small and 8 large slivers along with 2 core pieces. Once printing is finished (and...

To assemble this puzzle, print each component according to the filename indications: * 1 Core * 4 Attached Corner pieces * 4 Attached Corner Tips * 4 Attached Corner Caps * 4 Free Corner units * 4 Free Corner Tips * 6 Center components A set of 4 M3...

To assemble the model, you will need: * 5 M3 screws * 5 optional springs (standard 3x3 screws can also be used) Standard 3x3 screws are available for purchase at the following website: https://thecubicle.us/moyu-weilong-hardware-p-1666.html To...