![](/shop/item/image/9f3fb00f-5959-47e5-8433-e3ad6adad229/780/585/preview.jpg)
Description
Geometry:
Curvy Jumble Prism Plus is a corner-turning triangular prism, very similar to Oskar van Deventer's groundbreaking Jumble Prism puzzle. However, the curvy cuts allow this puzzle to be colored with one color per side. The "Plus" cuts give the puzzle more freedom of movement, allowing more thorough scrambling. The puzzle has a total of six axes, one at every vertex of the prism. This makes the puzzle very complex as it jumbles and shape shifts constantly.
Please note that the puzzle pieces will come in a sinterbox, which you will need to cut open. The nice thing about this is that you know all the pieces will be there! This also means that it is only available in the basic white material.
Other Items Needed:
Dye: If you want the puzzle to be black, you'll need to dye the pieces yourself with a nylon dye such as RIT or Dylon.
Stickers: Please contact me for the sticker template. If you want professionally cut stickers, I recommend Oliver’s Stickers or Chewie's Custom Stickers.
Screws: Six12mm M3 pan head screws required, available in hardware stores or on the web.
Springs: Six springs needed, available in web puzzle shops. I get mine from HK Now Store.
Degree of Difficulty:
Assembly: Inside-out core requires dexterity to assemble.
Solving: Very difficult to solve.
Playability:
Curvy Jumble Prism Plus turns well, but the mechanism does feel a bit loose.
Have fun!
Pitcher Puzzles
![Pitcher Puzzles](https://mat1euce1imatprod.s3.eu-central-1.amazonaws.com/designers/9e67d63f-8881-4c6e-83ce-300170065650/avatar/cropped/rotoprism-2-triangle.jpg?X-Amz-Expires=604800&X-Amz-Algorithm=AWS4-HMAC-SHA256&X-Amz-Credential=AKIAJB2Y5XOSK4IFPVMA/20240908/eu-central-1/s3/aws4_request&X-Amz-Date=20240908T024517Z&X-Amz-SignedHeaders=host&X-Amz-Signature=f128089f0777addeb2133f43bbe544f883dfbe3f348711d3dbe53135f13f1591)
Welcome! My goal when designing puzzles is to create geometries that are visually striking and have a complexity belied by their apparent simplicity. Many of my puzzles use odd axis systems, and exhibit strange properties such as jumbling and shape-shifting. Enjoy!