Info

These sections contain basically all algorithms that I use for the CFOP system. In the future, I might also upload some other algorithms, such blindfold cubing algorithm, or F2L shortcuts. This is not a tutorial, just a resouce for cubers. Simply memorising the algorithms is not enough to master the CFOP system! Especially for the F2L algorithms, it's important that you understand how the system works. It requires a lot of practice. If you memorise these algorithms; they should end up in your hands, not somewhere in your brain. Furthermore, there are a few more thing I want to say about these sections:

  1. If you don't understand the notations, please visit the notation page.
  2. A nice feature is that you can click on all the images to make an applet pop-up.
  3. The F2L section contains most techniques that I use for F2L. Some cases for which I use two algorithms have mirrors. Often I listed one algorithm for one case, and an essentially different algorithm for its mirror. However, both techniques are useful in both situations. Something else about the F2L algorithms: If some pairs of the F2L are not solved yet, the provided solutions will not be optimal. There are a lot of shortcuts for those situations. You can try to find them somewhere on the internet, or find some of them yourself (this requires some understanding of how the Fridrich system works, but I want to encourage you to try this!).
  4. If you want to learn the OLL's, I recommend reading the OLL-tutorial.
  5. The PLL algorithms are the moves I use for the angles that I like. For easy cases, such as edge 3 cycles, it's also usefull to learn the algorithms from different angles.