LL 08 · Doublet
Opposite layer
Doublet
Match the case drawing, including the side colours and the pieces already solved; hold the puzzle as drawn.
Your status
Algorithms (6)
(y2) first, then:
x r' R r R' z2 r' R r R' z2 x'
My choice
8 HTM · 8 STM · 8 QTM
2-gen
rotation
<r,R>
Do y2 first on the case as drawn. · Cubemuch
(y) first, then:
y x b' r' R' r b z r x b x' r' z' x' y'
8 HTM · 8 STM · 8 QTM
3-gen
rotation
<b,r,R>
Do y first on the case as drawn. · Cubemuch
(y) first, then:
y x b z r x b x' r' x b' x' z' r' R' r
x' y'
8 HTM · 8 STM · 8 QTM
3-gen
rotation
<b,r,R>
Do y first on the case as drawn. · Cubemuch
(y) first, then:
y x2 b x' R r R' x b' x' r' x b' x' r x'
y'
8 HTM · 8 STM · 8 QTM
3-gen
rotation
<b,r,R>
Do y first on the case as drawn. · Cubemuch
(y) first, then:
y x2 b' x' r' x b' x' r x b x' R r R' x'
y'
8 HTM · 8 STM · 8 QTM
3-gen
rotation
<b,r,R>
Do y first on the case as drawn. · Cubemuch
(y) first, then:
y2 x R' x b' x' r' x b' x' r x b x' R r
x' y2
8 HTM · 8 STM · 8 QTM
3-gen
rotation
<b,r,R>
Do y first on the case as drawn. · Cubemuch
How this case is verified
The source's case image defines this case; its setup is reconstructed and checked against that independent pattern. Setup: y y x2 b' x' r' x b x' r x b x' R r' R' x' y'. Every algorithm above was run by our logic engine from that state and reaches the set's goal.