Rubik's Cube Blindfolded: M2 Method Tutorial

M2 is a blindsolving method for just edges. It also uses a buffer, target, and swapping algorithm so the concepts are nearly identical, but this is much faster!

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Scramble 1:
L' D2 B2 D2 B D F D R' F' U D L2 B2 D B2 L2 B2 U' B2 R2
MO WE CL XA RJ P

Scramble 2:
D' F2 L2 U' R2 U B2 D U F' R F2 L B F U2 L U2 F R'
HI EF BO SA GN P (HI becomes HS)

Special Case Algorithms:
A: M2
Q: U B' R U' B (M2) B' U R' B U'
C: U2 M' U2 M'
I: D M' U R2 U' M U R2 U' D' M2
W: M U2 M U2
S: M2' D U R2 U' M' U R2 U' M D'

Opposites:
C/W are opposites
I/S are opposites

(If you split your memorization into pairs like I did above, anytime C/W/I/S comes as the second letter in a pair, you need to change it to its opposite like I did for example solve 2.)

Parity Algorithm (2 options):
1. M2 U' M U2 M U' M' U2 M' U2
2. D' L2 D M2 D' L2 D

(Use the parity algorithm after solving edges and before solving corners, only if you have memorized an ODD number of corners and/or edges. If you have done memorization correctly, they will both be even or both be odd.)

All setup moves:
A: none
B: R U R' U'
C: special case (see above)
D: L' U' L U
E: B L' B'
F: B L2 B'
G: B L B'
H: L B L' B'
I: special case (see above)
J: U R U'
K: buffer
L: U' L' U
M: B' R B
N: R' B' R B
O: B' R' B
P: B' R2 B
Q: special case (see above)
R: U' L U
S: special case (see above)
T: U R' U'
U: buffer
V: U R2 U'
W: special case (see above)
X: U' L2 U