3x3 180° Turns Only! (Easiest Method)

[@coresolutions8978]

5:13 edge permutation case (last example)
an alternative (and probably better) option is to do
z' x' R2 U2 R2 F2 R2 U2 R2 F2
this is only 8 moves, instead of 14

[@Learn_The_Cube]

As I say in 5:45, there are plenty of more efficient algorithms, and yes, I discovered your algorithm amongst others before making the video. However, the goal of this video was to teach the easiest method (like many of my other videos). I appreciate your concern and I hope you subscribe!

[@Biemeneer]

A tip for you,
Should put the algs in the description or put the time of the algs in there then its easier to acces
Btw AWESOME tuturial didn't understand the other ones this one i did!!!
Thank yooouuu

[@mistercookboom1899]

Can you make a tutorial for the 5x5 180 cube? Thanks.

[@Learn_The_Cube]

I did

[@mistercookboom1899]

Didnt see it. Sorry.

[@thorgar959]

Yo, I think I've found an algorithm that involves centre rotation in terms of solve conditions.
If "F" and "B" both need to be flipped, then try:
(F2, U2, M2, U2, F2)
And I think that gives a solvable state.

[@Learn_The_Cube]

Idk about that, it shifts a lot of pieces. Maybe idk your goal

[@ausdemradioklingtesdann]

Wouldn't R2 U2 R2 U2 R2 U2 be easier

[@Learn_The_Cube]

If you can do the U2 with you left hand then sure, otherwise the L2 one is easier because you can do continuous turning without regrips

[@danik0011]

meanwhile me doing (F2 R2)³:
am i joke to you?

[@danruno]

Fix how loud your intro is