peteraberg
Member
Hello!
I would need some help with 5x5x5 blind. I now tried a few times and it comes down to the same problem, the end.
Memorisation works fine and execution also until the end...
I can't find help in any other post maybe because I solve in a bit of a funny order, but it works in my head.
Center corners
Center "cross pieces"
Outer edges
Then I think of it as an extra 3x3x3 blind and I solve
Corners
Inner edges
But when I get parity I can't seem to use the algorithm that I use for 3x3x3...
When I solve the 3x3x3 I save the uneven last corner until the end, after I have done all edges and then I do,
U' F2 U M2 U' F2 U
But on the 5x5x5 it messes up the centers and also doing uneven corners switches the outer edges...
Oh, and I use the M2 for edges and for the corners I use Y-perm.
And in 4x4x4 if I do uneven number of corners I always do PLL parity algoritm to solve it. But that doesn't work on 5x5x5 either..
Does anyone have any suggestion? Or do I simply have to change order or method?
Thanks
Ps. Here's also a link to the end of the solve and you will see what happens. Except that there were now 2 corners wrong it would have been solved.
https://www.youtube.com/watch?v=6dqHOqGvO3g
I would need some help with 5x5x5 blind. I now tried a few times and it comes down to the same problem, the end.
Memorisation works fine and execution also until the end...
I can't find help in any other post maybe because I solve in a bit of a funny order, but it works in my head.
Center corners
Center "cross pieces"
Outer edges
Then I think of it as an extra 3x3x3 blind and I solve
Corners
Inner edges
But when I get parity I can't seem to use the algorithm that I use for 3x3x3...
When I solve the 3x3x3 I save the uneven last corner until the end, after I have done all edges and then I do,
U' F2 U M2 U' F2 U
But on the 5x5x5 it messes up the centers and also doing uneven corners switches the outer edges...
Oh, and I use the M2 for edges and for the corners I use Y-perm.
And in 4x4x4 if I do uneven number of corners I always do PLL parity algoritm to solve it. But that doesn't work on 5x5x5 either..
Does anyone have any suggestion? Or do I simply have to change order or method?
Thanks
Ps. Here's also a link to the end of the solve and you will see what happens. Except that there were now 2 corners wrong it would have been solved.
https://www.youtube.com/watch?v=6dqHOqGvO3g