Keep practicing on solving the first layer and learn the algorithms by heart, so you could solve the 2x2 cube without needing them written around you (They are also useful for 3x3 speedcubing!). If you didn't s
Now we shall pass actually to assembly of a Rubik's Cube 2. There are some different systems, but we most of all like level-by-level assembly when collect all over again one layer, then to the second and, at last, the third. Only 7 stages of assembly of this game ...
It's hard not to break the solved pieces while fixing new ones. We need to divide the cube into layers and use algorithms in each step which don't break the finished parts. » Notation The Letters In The Algorithms We've marked the six faces of the cube with the initials of their ...
Flip the cube upside down so all the paired-up edge pieces will be on the bottom layer. Now just do the same for the next 4 edge pairs, using the same algorithms and ideas shown above. The only difference is that for an already-solved edge block on the side faces: instead of using...
53 algorithms are required for the most advanced L2L4 version. This method also includes useful variations for the ZB method (see below). Zborowski-Bruchem (ZB) method This is the method I am learning and works to affect the last layer while finishing the F2L. In this method you solve ...
Here, we're looking at the colours that aren't solved. There are 21 different cases for the top layer, but we only need a couple of algorithms to solve them all. The first thing we want to find is headlights. Only 2 of the cases don't have any headlights (one of them is if you...
orange and white. Only the blue red is in order. The top layer is good. One side and the four sides are all right. The second step, on the good side with four sides of the T shaped 1., such as the right picture, for good Blue first, 2., the following two algorithms are diagon...
Now for the Last Layer we will have to memorize some Algorithms. The more you know, the faster you will solve the Cube, but to start with we are only going to use a few. We will go over more in Part 2 “How to Solve a Rubik’s Cube So easy… Intermediate Method”. ...
If you need to go right, start by using the algorithm U R U R'. If left, go with U' L' U' L. Both algorithms will move a white square from your solved bottom layer, but this can easily be put back by using the moves from step two again. ...
COLL Algorithms ELL Algorithms 3x3x3 Blindfolded - M2 Old Pochmann 3x3x3 Blindfolded - M2/3OP 2x2x2 Guides Speedcubing Guide - Ortega CLL Algorithms EG1 Algorithms First Layer Examples 2x2x2 Blindfolded Guide 3x3x3 Guides Made With the Pros Feliks Zemdegs' Beginner's Guide Juan Pablo Huanqui'...