Hi,
some time ago I built a robot that can solve the cube.
An internet colleague came up with the idea of programming the OLL and PLL patterns so that the robot rotates the cube and you can practice specific patterns or random patterns.
The SW is on GitHub:
The robot can be manufactured with a 3D printer. A little knowledge about working with a Raspberry Pi is also necessary.
Of course the robot is slower than a halfway practiced Cuber ... In addition, the servos are sometimes a bit loud. I could still imagine that this could be interesting for one or the other.
some time ago I built a robot that can solve the cube.
An internet colleague came up with the idea of programming the OLL and PLL patterns so that the robot rotates the cube and you can practice specific patterns or random patterns.
The SW is on GitHub:
GitHub - DrVoHo/Rubik_solver: Python program so solve a rubik cube
Python program so solve a rubik cube. Contribute to DrVoHo/Rubik_solver development by creating an account on GitHub.
github.com
The robot can be manufactured with a 3D printer. A little knowledge about working with a Raspberry Pi is also necessary.
Rubik cube solver robot (V-shape) by VolkerHochholzer
Core requirements Stand-alone (no PC; no smartphone) Nice looking (minimum cable; solid standing; no “gimmics”) Should work for all cubes (typical size 2”), in any sticker configuration (pure color; no pattern) Should work in difficult light situation. If center stick is marked with a logo it...
www.thingiverse.com
Of course the robot is slower than a halfway practiced Cuber ... In addition, the servos are sometimes a bit loud. I could still imagine that this could be interesting for one or the other.