www.gabbasoft.com

Then watch :

Thrawst's youtube 6x6x6 solve

Solved

Step 1:

I did the six 4x4 centers first. Build 1x3 strips and insert into centres.

Works pretty much like the 5x5 centres techniques.

Step 2:

Then, I did the quadrages. I paired all quadrages.

For the last two quadrages, if you get the centre 2 edges flipped, use the 4x4 algorithm to correct them:

**Last 2 edges:**

Last 2 dedges both vertically parallel to each other.

D* R F' U R' F D'*

Then, treat the centre 2 edges as 1 single edge - then you can apply all the 5x5 algorithms to solve the last 2 quadrages.

Step 3:

Solve as normal 3x3 cube.

I encountered 2 parities.

The first parity is a single edge flip parity. I used the 4x4 algorithm:

Parity 2 (1 flipped edge)

With edge in front:

2R*

2B

2U

L*

2U

R'*

2U

R*

2U

2F

R*

2F

L'*

2B

2R*

The second parity is a 2 edge swap parity. I also used the 4x4 algorithm:

Parity 3 (Opposite edges - but no flip) &

Parity 5 (Front and Right Edge - no flipped)

With one edge in front:

2r 2U 2r 2U* 2r 2u

Not as difficult as I expected.

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