# How to Solve the 4x4x4 Rubik's Cube! (simplest way)

Chris Bandy
Published at : 03 Dec 2020
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How to EASILY solve the 4x4x4 Rubik's Cube—step-by-step in 20 minutes!

Cube: D-FantiX

•You should already know how to solve the 3x3x3. Here is a tutorial:
•This video is very basic, so if you find a shortcut, use it!
•Solving the centers is extremely intuitive. I provide all the cases for you to use as reference if you can’t figure them out on your own.
•I used the slower last-two-edges algorithm because it is more applicable to 5x5x5 and up. You can find the faster algorithm here:
https://youtu.be/f9ilC-ePrg4?t=1262
•Watch the entire video before asking a question.
•I don’t respond to useless comments.
•If you watch the whole video, still need help, and ask a specific, respectful question (with a time-stamp if applicable), I will gladly respond and continue to help you until your question is completely answered.
•Want to learn another puzzle from me? Get 50 likes on your comment and I will do it (unless the puzzle is over \$100).
•Every video I produce takes many hours of careful work. Want to support me? Get my techno album for only \$9.99:
https://itunes.apple.com/us/album/stranger-in-the-earth/981727571

•Keep on cubing!

1:03 Centers
2:44 Yellow center
3:02 The Spin algorithm

5:05 Red center
5:18 Two-bar case
5:28 Dot case
6:08 Diagonals case
6:30 One-bar case
6:46 Polar case
7:25 Scatter case

8:11 Blue center
9:08 Two-bar case
9:24 Blue center built in the wrong spot

10:01 Green and orange centers
10:10 Two-bar case
10:29 Dot case
10:24 One-bar case
11:04 Anti-dot case
11:36 Diagonals case
11:46 Switched centers

12:21 Edges
13:05 Move edge piece to adjacent slice
13:15 Setting up to build
13:44 Searching for broken edges
14:52 Building an edge to the right
15:15 Building an edge to the left
15:54 Edge-building examples
17:20 Last two edges
18:00 Build last two edges

18:19 Parities
18:28 OLL parity
19:22 PLL parity
20:57 ???

I’ve got a list that I’ve been building for years that contains all the algorithms for:

-3x3x3 last layer (2-look and 4-look)
-Every F2L case
-3x3x2 last layer
-Megaminx last layer
-X-Cube
-Mixup Cube
-Blind-solving
-Parity/conversion for large cubes

You can get this list for only \$1! Contact me at: