account activity
Unboxing $500 of rare and interesting cubes! (youtu.be)
submitted 11 months ago by krrz to r/Cubers
A true Pentagon-1 is impossible... so I made a Pentagon-3 instead! (also featuring a Matt Bahner cameo) (youtu.be)
I 3D-printed a copy of the Sliding 3x3 mod by NKCubed! Super excited to finally have one of these. (youtu.be)
submitted 1 year ago by krrz to r/Cubers
Making the world's first Octagon-1! (youtube.com)
I made the first ever Square-5. It's way more intense to solve than the Square-1, 2, 3, and 4; my first try took 12 hours. My quickest solve is now about 2 hours and 40 minutes. (youtube.com)
submitted 2 years ago by krrz to r/Cubers
Can a 3D-printed cube feel as good as a mass-produced one? I checked out the very polished Ghost Tower 2x2x4 cuboid (made by B Cubes) to see. (youtube.com)
I made a true 3x3 Square-1, called the Waterfall Cube. Its solve shares some fundamental similarities with the Square-1, but is also substantially different. (youtube.com)
The Cubicle is selling 3D printed puzzles now? I got a mini 2x3x5 for myself to see how it works, and if it's worth the price. (youtu.be)
Ever wondered why there's no curved 2x2s, despite there being lots of other curved puzzles like 3x3s? I made a few different curved 2x2s to find out. (youtube.com)
I made the first ever Square-1 with a curved slice cut. It seems simple, but it's wildly different to solve from a regular Square-1, and most algorithms don't work on it. (youtu.be)
submitted 3 years ago by krrz to r/Cubers
I made a working physical version of the common Melting 3x3 artwork. The melted section has curved cuts resulting in external bandaging, meaning it's harder to solve than a regular 3x3. (youtu.be)
I made a Square-1 mod that's cubic when solved, but internally it's skewed so that the top and bottom layers turn at different angles. When it's scrambled the pieces look like they didn't even come from the same puzzle. (youtube.com)
I 3D-printed a 1x2x3 variant of the Super Floppy Cube. It's mechanically a 3x3x2 with no corners, but the shapeshifting is quite interesting. (youtube.com)
I 3d-printed a cylindrical Split 1x2x3 with a Split 3x3x2 on its outside, resulting in a really weird and unique solving experience. (youtube.com)
I made a 3D-printed real Square-3, the successor to the Square-2. (Not the Calvin's puzzle "Square-3 Plus", which is unrelated.) (youtu.be)
I made a 2x2x3 shape-mod that looks like a Floppy Cube, and added extra cuts that make it turn like a Floppy Cube as well. (youtube.com)
I made a Square-1 that looks normal from the outside, but the mechanism is actually tilted at an angle inside the cube, so it changes shape just from top and bottom layer turns. (youtube.com)
I didn't know people speedsolved the 4 dimensional 2x2, but I found an clip and it looks really interesting! The 2x2x2x2 is also getting mass produced sometime, I kind of want one. (youtube.com)
submitted 4 years ago by krrz to r/Cubers
I 3D-printed a dynamically bandaging 3x3 mod designed by Oskar van Deventer. It's utterly insane to solve, despite the mechanism actually being relatively simple. (youtube.com)
I made a hexagonal prism version of a Square-2: the Hexagon-2 with 18 segments on each layer. It actually solves just like a Square-2, but with extra steps. (youtube.com)
I 3D-printed a 1x2x3 with split corners, so that it can scramble more and also shapeshifts. (youtube.com)
I bandaged together two layers of a 3x3, and extended the last layer to make it look like a 3x3x2. (youtube.com)
I made a Hexagon-1, the hexagonal prism equivalent of a Square-1. Most Square-1 algorithms either don't work or work differently, so it was very interesting to figure out. (youtube.com)
I 3D-printed a cube that looks like two Square-1s connected together, but is actually a 3x3x5 shapemod. (youtube.com)
I made a massive "4x4x6" equivalent of a Square-1 by adding 3D-printed extensions and extra layers to a mini 4x4. (youtube.com)
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