ELS R0 (2)
BLE
Find where the slot's edge waits in the top layer, then read the top corners.
Your status
Algorithms (7)
(U2) first, then:
y' B Lw B' Lw' U2 Lw B Lw' B'
My choice
9 HTM · 9 STM · 10 QTM
3-gen
rotation
<U,L,B>
One hand: needs L, B, S or E
Do U2 first (AUF) on the case as drawn. · Cubemuch
(U2) first, then:
x R U x' U' R' U2 R U x U' R'
9 HTM · 9 STM · 10 QTM
2-gen
rotation
oh
<U,R>
One hand: R and U only
Do U2 first (AUF) on the case as drawn. · Cubemuch
(U2) first, then:
x U' x' Lw' U Lw U2 Lw' U' Lw y' Lw
9 HTM · 9 STM · 10 QTM
2-gen
rotation
<U,L>
One hand: needs L, B, S or E
Do U2 first (AUF) on the case as drawn. · Cubemuch
(U) first, then:
Rw y Rw U' Rw' U2 Rw U Rw' y' Rw'
9 HTM · 9 STM · 10 QTM
2-gen
rotation
oh
<U,R>
One hand: R and U only
Do U first (AUF) on the case as drawn. · Cubemuch
(U') first, then:
y2 L B x B L' B' x' L B' L'
8 HTM · 8 STM · 8 QTM
2-gen
rotation
<L,B>
One hand: needs L, B, S or E
Do U' first (AUF) on the case as drawn. · Cubemuch
(U2) first, then:
y' Rw' B' Rw y' Rw B2 Rw' y Rw' B Rw
9 HTM · 9 STM · 10 QTM
2-gen
rotation
<R,B>
One hand: needs L, B, S or E
Do U2 first (AUF) on the case as drawn. · Cubemuch
x L B' y2 B L y L B' y2 L' B'
8 HTM · 8 STM · 8 QTM
2-gen
rotation
<L,B>
One hand: needs L, B, S or E
Cubemuch
How this case is verified
The case is the source's setup, checked against the source's case image. Setup: Rw y Rw U' Rw' U2 Rw U Rw' y' Rw' U'. Every algorithm above was run by our logic engine from that state and reaches "f2l-oll".