Step 1 is to solved the top and bottom layers, i.e. the corner pieces. This can be done using the following two algorithms and picturing the cuboid as a 2x2x2 Pocket cube by considering each corner piece and the middle piece underneath it as one piece. First you need to get one end of corners in place and then orientate the other end.

Solving a 2x2x4 tower is simple. First, solve the centers like a 2x2 (The 2x2 core). Don't let the piece extensions confuse you. Next, solve the top and bottom like 2x2x4 centers. With the unsolved top and bottom, you will have to perform the algorithm R' F R' BB R F' R' BB RR to swap the two corners facing you.

A quick and easy beginner's tutorial on the 2x2x4.Algorithm: (R U R U' R) U' D (R U' R U R)Intro Music: "Forces" by Jim Yosef [NCS Release]https://youtu.be/...

2x2x4 Solution. The solution to the 2x2x4 is slightly different to that of its predecessor. This cube can shape-shift slightly, although the shapeshifting will always leave 1x1x2 bars together.

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One approach is to think of this as a 2x2x2 cube formed by the center portion with stuff hanging off of it, and employ Rubik 2x2x2 transformations. Use a solution for Rubik 3x3x4. (Steps to correct edge pieces can be omitted).

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Jan 13, 2015 · This is a tutorial about how to solve the 2x2x4 Rubik's Tower Cube

Made in Japan, purchased from Mefferts 2010. 1. Return the puzzle to the correct shape. One approach is to think of this as a 2x2x2 cube formed by the center portion with stuff hanging off of it, and employ Rubik 2x2x2 transformations. 2. Use a solution for Rubik 3x3x4. (Steps to correct edge pieces can be omitted).