The "Revolver" - One Colour Print version of this Challenging Revolving Puzzle

myminifactory

The "Revolver" is a 3D printed puzzle with 41 independent moving parts that rotate and slide around a two-part Retainer. Each print is easy and straightforward, resulting in an impressive outcome. This puzzle shares similarities with the Rubik's cube, as players aim to align matching shapes, but with a unique twist - there are two puzzles within one. The Revolver requires aligning rows or columns of identical shapes, creating a more complex challenge. One space remains open for the Sliders to move one at a time, necessitating strategic planning towards the goal. Frustration can be alleviated by disassembling and reassembling the puzzle, but gluing the parts in place will ensure it never comes apart. Assembling the Revolver is straightforward, with easy prints and simple connections. The shape version does not require different filament colors like its six-color slider counterpart. Black is used for the Retainer, while the Revolvers and Sliders are best printed in the same color. When printing, it's recommended to leave out one of the vertical bar sliders (|) as the slot in the underlying Revolver resembles an empty space or gap, making it less noticeable (Refer to images for additional information). Achieving the end result requires time and effort, but the satisfaction is well worth it. Print each .stl file separately: Retainer, Revolvers, and Sliders. Most 3D printing machines capable of fine detail and good slicing apps should handle the fine tolerances in this print without issue. Watching the puzzle come together is fulfilling... but once complete, with the Slider shapes thoroughly mixed up, it can be very frustrating until solved, then incredibly satisfying again! Print the puzzle, challenge yourself to solve it, and if successful, share images of your accomplishment! Refer to the print instructions and images for additional details. A zip file has been included with all slider files for individual printing. Note: If you enjoy this design, explore my collection of fun and practical 3D printed creations.