Spaceship 4
TCLL+
Spaceship
Find the twisted bottom corner and the way its first-layer colour faces (it is drawn where the case's algorithms expect it); then read the top as for CLL.
Your status
Algorithms (10)
(U') first, then:
U R U' R2 F R U R U' R' F'
My choice
11 HTM · 11 STM · 12 QTM
3-gen
rotationless
<U,R,F>
Do U' first (AUF) on the case as drawn. · Cubemuch
R U' R' U2 R U' R' U' R' F R F'
12 HTM · 12 STM · 13 QTM
3-gen
rotationless
<U,R,F>
Cubemuch
(U') first, then:
U R U' R' U2 R U' R' U' R' F R F'
13 HTM · 13 STM · 14 QTM
3-gen
rotationless
<U,R,F>
Do U' first (AUF) on the case as drawn. · Cubemuch
(U') first, then:
y R U R' U' R' F R2 U2 R' U F'
11 HTM · 11 STM · 13 QTM
3-gen
rotation
<U,R,F>
Do U' first (AUF) on the case as drawn. · Cubemuch
(U') first, then:
y U' R U' R' F U' R' F2 R2 U' R' F
12 HTM · 12 STM · 14 QTM
3-gen
rotation
<U,R,F>
Do U' first (AUF) on the case as drawn. · Cubemuch
(U') first, then:
y' R' U2 R y U2 R' U2 R' U2 R
9 HTM · 9 STM · 13 QTM
2-gen
rotation
oh
<U,R>
Do U' first (AUF) on the case as drawn. · Cubemuch
(U) first, then:
z' U2 L U2 L' y U2 L U' L' U
9 HTM · 9 STM · 12 QTM
2-gen
rotation
<U,L>
Do U first (AUF) on the case as drawn. · Cubemuch
(U') first, then:
R' U x R' U2 R' U R U' R U2
10 HTM · 10 STM · 12 QTM
2-gen
rotation
oh
<U,R>
Do U' first (AUF) on the case as drawn. · Cubemuch
(U') first, then:
R' U x U' R' U2 R U2 R U' R'
10 HTM · 10 STM · 12 QTM
2-gen
rotation
oh
<U,R>
Do U' first (AUF) on the case as drawn. · Cubemuch
(U') first, then:
R' U' R2 U' R2 U2 x U R U'
9 HTM · 9 STM · 12 QTM
2-gen
rotation
oh
<U,R>
Do U' first (AUF) on the case as drawn. · Cubemuch
How this case is verified
The case is the source's setup (or, where it has none, another source algorithm reversed). Setup: F R' F' R U R U R' U2 R U R'. Every algorithm above was run by our logic engine from that state and reaches "pll-solved".