algorithms before learning intuitive F2L. The black part of each algorithm sets up the pieces to a basic insertion case, which is then written in blue.

F2L Algorithms – All Four Slot Angles Developed by Feliks Zemdegs and Andy Klise Images sourced from Conrad Rider's VisualCube - http://cube.crider.co.uk/visualcube.php Algorithms for slot in back-right position. Basic Inserts y U (R U' R') y' U (L U' L') U' (R' U R) (R' U' R) y (R U R') y' (L U L') F2L Case 1

F2L Algorithms Page There are 41 different variations for solving the corner-edge pieces in the F2L step. Many of these cases are very similar to each other (mirrors) and therefore use similar solutions.

With this video and the F2L algorithm document, you can check all of your solutions against the best ones. I don't recommend learning straight from this document without having a solid grasp of your own F2L solutions, which is why I recommend being at least sub-15 before trying to optimize your F2L. Predicting First Pair Recommended for: Sub-15

Here are intuitive solutions to solve each F2L case in the front. Click on the case to jump to the video.

videos for the 20 Practice Drills grouped by Focus Area! PDFs/videos for tracking & creating practice plan! fingertricks + algorithms! Various examples covering each step of the solve in detail!

This is a selection of F2L algorithms that are fairly short, but also somewhat unintuitive. It is not recommended to learn any of these algorithms before learning intuitive F2L.

F2L Complet.pdf - Free download as PDF File (.pdf), Text File (.txt) or read online for free. The document provides a series of algorithms for solving the F2L (first two layers) step of the Rubik's Cube puzzle in under 3 sentences. Each algorithm consists of a sequence of cube face turns to orient and position the first two layers of edge cubies.

F2L is the second step in the CFOP Method. F2L stands for First 2 Layers, which is better than the less efficient beginners method, where you do them both individually. This is a really efficient way to complete the First 2 Layers, as it will give you a better time, knocking off about 5-10 seconds off of your previous times, where

Lookahead is looking at next F2L while solving current F2L, rather than looking at current F2L. This page include s the suggested algorithms of all 2-gen F2L [18] cases except the case where edgeand c orner are in place. Arrow denotes the action of F2L algorithms on other pieces. left image shows FR-slot arrows, right shows corner arrows