![]() Centrifugal force causes two rods inside L1, which are holding the lid down, to fly away from each other, releasing the latch for the lid. You must spin the chest to unlock the lid. L1 - this layer sits at the top inside my chest and holds the lid down, using two rods which latch onto a latch extending down from the lid.I have organised the inside of my puzzle into three "layers", which are flat plastic pieces which contain the mechanisms for that part of the puzzle: The Treasure Chest is a "sequential discovery" puzzle, in which you have to solve multiple puzzles in one, and as soon as you solve one part of the puzzle, it reveals the next part of the puzzle. I started out by designing this puzzle on paper, and then I built a model of the design in Fusion 360. Specifically, Thingiverse user David Mussaffi's Impossible Puzzle design, cnorth's Dove Tail Puzzle Box design, and the Lotus Puzzle (specifically this video). Hopefully I'll have time soon to add a video of the completed puzzle!įirst of all, I'd like to mention few designs that gave me inspiration for this puzzle. ![]() Unfortunately, I didn't have time before the deadline for the Puzzle Challenge to take pictures of the full assembly and working puzzle, but hopefully you like the idea and hopefully all my files (which are completed) are helpful for you in case you want to build this puzzle. The Treasure Chest Puzzle is really 6 puzzles in one, and you must solve them all to find the "treasure". This puzzle is very, very difficult to solve the first time, but after you solve it once, it's easy to solve it again. It is also the hardest thing I've ever modeled in Fusion 360 (which I recently learned) so I learned a lot while designing this. Soon after that, I saw a video on YouTube about the Lotus Puzzle, which I thought was really cool, so I decided that it would be fun to design my own "sequential discovery" puzzle using some of the same concepts. In my opinion, it was one of the coolest things I had printed so far with my 3d printer (which I recently got), and I became very interested in 3d-printed puzzles. This could be done by spinning the cross, which "unlocked" the cross and allowed you to take it apart so you could easily get the ring off. Anyway, feel free to take my files and adjust them until they work properly, if you want to!Ī few weeks ago, I found a cool 3d-printed puzzle on Thingiverse called The Impossible Puzzle (links are below) which was a plastic cross with a ring, and the goal was to remove the ring from the cross. ![]() ![]() Now that it's here, I'm going to leave it, but please know that it's more of an idea than an actual working product. I probably shouldn't have published it in the first place. PLEASE NOTE: I never found the time to finish this Instructable, or the project. ![]()
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