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Whenever my buffer is solved and I still need to pair up some edges, I don't insert a broken dedge in place of the buffer. I tend to just solve the rest of the edges in one go. If there are 4 dedges left, then I would solve 1 of the edges with a simple 3 edge cycle then solve the rest using one of the algs below.

Enjoy.

If you're having trouble learning these algorithms, try doing some of the algorithms on a 333 using normal turns in place of wide turns e.g. x' Rw U' Rw D2 Rw' U Rw D2 Rw2' x becomes x' R U' R D2 R' U R D2 R2' x

@Faz: It's not too late to learn these

2R' F R' F' R U' R U r | x' R U' R2' F R 2U' R U R' F R' F' R 2U x x' 2R2 D2 2R' U2 2R D2 2R' U2 2R' x | 2R U2 2R D 2R' U2 2R D' 2R2' x' R' F R 2U' R U R' F R' F' R 2U U' x | 2R2 D 2R' U2 2R D' 2R' U2 2R' (U2) x' R U' R' 2U' R U R' F R' F' R 2U x |

R U' R' U 2L' U R U' R' 2L R U2 2R D 2R' U2 2R D' 2R' R' | (U) B 3R' U' l' U' R U r x' 2R2 D2 2R' U' 2R D2 2R' U 2R' x | 2L' R U R' U' 2L | 2R' U' R U r |

R U' R' U r U R U' 2R' R 2R D 2R' U2 2R D' 2R' R' | (U') 3R U 2R' R U R' U' 2R U' 3R' x' 2R U' 2R D2 2R' U 2R D2 2R2' x 2R U 2R' F' 2R U 2R' U' 2R' F 2R2 U' 2R' | 2R U R' U' r' | 2L R' U' R U 2L' |

Enjoy.

If you're having trouble learning these algorithms, try doing some of the algorithms on a 333 using normal turns in place of wide turns e.g. x' Rw U' Rw D2 Rw' U Rw D2 Rw2' x becomes x' R U' R D2 R' U R D2 R2' x

@Faz: It's not too late to learn these

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