Start with the blue side, and do R U R' U R U2 R' , Then just do the alg for the parity where 2 edges are oppisote from each other ( Uu2 Ll2 U2 inner left 2 layers twice U2 Ll2 Uu2 ) and sorry if this doesn't help I don't even own a 6x6 yet, just going by what i have thought out in my head and what i know from 4x4
Knucles is right. It doesn't matter what order you do it in. Use the same parity alg from the 4x4 now, and then solve it like a 3x3. The Parity alg is:
r2 U2 r2 (Uu)2 r2 (Uu)2 U2
With r move the two layers in from the R layer together. With Uu move the top 3 layers together. Good luck!
do the 4x4x4 parity alg use the 2 inside layers as one 4x4x4 inside layer
haribo41296 3 months ago
Start with the blue side, and do R U R' U R U2 R' , Then just do the alg for the parity where 2 edges are oppisote from each other ( Uu2 Ll2 U2 inner left 2 layers twice U2 Ll2 Uu2 ) and sorry if this doesn't help I don't even own a 6x6 yet, just going by what i have thought out in my head and what i know from 4x4
knuckles420420420 3 months ago
Knucles is right. It doesn't matter what order you do it in. Use the same parity alg from the 4x4 now, and then solve it like a 3x3. The Parity alg is:
r2 U2 r2 (Uu)2 r2 (Uu)2 U2
With r move the two layers in from the R layer together. With Uu move the top 3 layers together. Good luck!
redkb 3 months ago
dude just search it up online.
rubcube101 3 months ago
@rubcube101 Can't find it
unchearted 3 months ago
Try doing the edge swap from beginners method until you get the across from each other then use the same alg for that 4x4 parity
knuckles420420420 3 months ago
@knuckles420420420 ?????????
unchearted 3 months ago