for the J permutation, I chose algorithms that were related for the first entry as opposed to the fastest ones. To do this, I grouped similar algorithms together, color coded common triggers and have chosen related algorithms whenever possible (e.g. I made them with the goal of making the algorithms easy to memorize.Each guide is in full eye-popping color.Each guide can be printed out on a single sheet of paper, so they are really easy to carry around.Each guide is designed to contain every algorithm you need to solve the cube, but assumes that you know the basics of how to link them all together.So I made it my mission to compile all the best information from various tutorials on easy to read PDF files so you can print them out, write on them, get them dirty, tear them to pieces in frustration, carry them around, and even laminate them (if you've never laminated something, I definitely suggest it… often an uncontrollable urge to laminate more things follows). I made these because, as of right now, there are a ton of web and video tutorials out there on the web, but very few of them offer a printable version of their information. Once you finish learning the steps, it's quite important to make sure that you revise the algorithms on a daily basis until they get embedded into your muscle memory.Īgain, this will take some time but trust me, it'll be worth it.Įveryone starts out as a beginner and one can only become a master in cubing with practice.These guides were made for the person that is trying to memorize new algorithms and wants a hard copy of the algs to carry around. One must be patient and consistent to learn it properly. Like every cubing method, ortega takes some time to master. You’ll have to memorize these algorithms to solve the last layer! This step is a bit hard to learn as it is quite different from the others but once you master it ,it’ll become the fastest step. In this step we will permute the corners. Use these algorithms according to the situation-ĭo make sure that you hold the 2x2 cube properly according to the pictures! We will have to use these algorithms to complete this step. To do this you'll have to move the pieces around till you get your desired layer! The first step is like the beginner’s method, you just need to solve a random layer. If you’re trying to learn Ortega then you must have some knowledge about solving a layer. To help you learn this method, we have made a step-by-step tutorial. There are only 3 steps in Ortega and it is quite easy to learn.Īll you have to do is learn some algorithms and follow the steps.

The Ortega method is an intermediate method which is considered to be the best 2x2 cube solving method after EG. There comes a time in every new cuber's life when they have to switch to an advanced method!Īfter learning the beginner's method on the 2x2, one must learn the Ortega method to get faster.

2x2 cll algorithms pdf viewer