Rubik’s Cube 4×4 Algorithms List PDF

Rubik’s Cube 4×4 Algorithms List PDF Download

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Rubik’s Cube 4×4 Algorithms List PDF Summary

Dear readers, here we are presenting Rubik’s Cube 4×4 Algorithms List PDF / Revenge Cube Solution PDF  to all of you. Rubik’s Cube is one of the best ways to get your mind trained for difficult decision-making and also it helps to sharpen your brain. Rubik’s Cube was invented in 1974.

Playing with Rubik’s cube is not only suitable for kids but also for adults. The Rubik’s 4×4 cube is also known as The Rubik’s Revenge. 4x4x is very difficult to solve because it has no fixed centrepieces like a 3×3 cube. If you also want to sharpen your mind and want to have a perfect solution for the Rubik’s Cube 4×4 then get it here.

Rubik Cube 4×4 Pattern Algorithms PDF  / Revenge Cube Solution PDF

We use letters to mark the rotations on the cube, similar to the Rubik’s Cube notation. Deep turns come in when we move two letters together, but we can define slice turns when we move the second layer only. We are going to use the official NxNxN notation:

  • F – Outer front face clockwise
  • U’ – Outer up face anticlockwise
  • L2 – Double turn of the left face (180o)
  • Fw – Outer block move: the two front faces together clockwise. For NxNxN cubes, we mark how many layers to grab but we can ignore this for a 4×4 cube since the number is always 2: 2Rw’. Other tutorials use lowercase letters to mark double turns.
  • f – Lowercase letters mark inner slice turns. u’ = Uw’ U

Step 1: Two adjacent centres

  • Since the 4×4 has no fixed centrepiece which determines the colour of each face we have to calculate the colour scheme from the colours of the corner pieces.
  • The image shows the most common colour scheme, which is copyrighted by Rubik’s brand so other manufacturers avoid it by replacing the orange with purple or reorganizing the faces.
  • If you have a Rubik’s logo on your cube then this is the one you have to use.
  • Let’s solve the white and yellow adjacent centres first. If you can’t find any corners with these two colours next to each other, these should be fine.
  • This step shouldn’t be a problem because there are no solved pieces that we can mess up. Use this short algorithm to insert a piece from the top to the front layer.

white face
Dw’ Rw’ Dw

When the white face is complete, Try to build the yellow 2×2 block on the opposite side with the white face moved to the bottom.

yellow face
With the completed white centre at the bottom: Rw U Rw’ and Rw U2 Rw’

Step 2: Remaining four centres
Move the completed centres to the left and right sides to keep them out of the way. Build the first block then keep an eye on the colour scheme for the next ones.

solving the centers
Use the same algorithms as above, with the white and yellow centres on the left and right: Rw U Rw’

Step 3: Pairing the edges

  • The centre blocks are done and now we have to pair the edges. Use the algorithms below to attach two edges from the front-left and front-right edges.
  • Depending on their position we have to use two mirrored algorithms. Make sure there’s no complete edge above the lower edge piece (marked with arrows) because this algorithm would break that.
  • When the matching pieces are side by side on the same level (3rd picture) you need to turn the one on the right upside down to be able to perform one of the moves.

pairing edges
First case: Uw L’ U’ L Uw’     Second case: Uw’ R U R’ Uw     Side by side: R U’ B’ R2

When you reach the last two edges then you won’t be able to use any non-matching edge pairs in the top layer because they all have been paired already. We have a separate algorithm to solve the last two edges. Use the R U’ B’ R2 trick above if the pieces are not aligned correctly.

last edges
Last edges: Dw R F’ U R’ F Dw’

Step 4: Solve it like a 3×3
From this point we can finish the cube by solving it like a 3×3, turning the outer layers only. Read here how to solve the Rubik’s Cube if you need further help but don’t close this page yet because you might be facing one of the parity cases as you go further.

reduction to rubiks cube
The 4×4 was reduced to a 3×3

Step 5: Parity cases

  • As you reach the last layer you might find yourself in a situation where the cube seems to be unsolvable. For example, when you reach the yellow cross and one edge seems to be oriented wrong or you find two pieces on the correct spot when you are positioning the last layer corners. See which of the long algorithms below solves your situation.

parity cases
Reorient 2 and 3:
r2 B2 U2 l – U2 r’ U2 r – U2 F2 r F2 – l’ B2 r2
The same without slice moves:
Rw2 R2 B2 U2 – Lw L’ U2 Rw’ – R U2 Rw R’ – U2 F2 Rw R’ – F2 Lw’ L – B2 Rw2 R2
Swap 4 and 5:
Rw2 f2 U2 Fw2 – D Rw2 U2 Fw2 – U’ Fw2 L2 U2 – B2 Lw2 U
The same algorithm without slice moves:
Rw2 Fw2 F2 U2 Fw2 – D Rw2 U2 Fw2 – U’ Fw2 L2 U2 – B2 Lw2 U
Swap 1 and 4:
F2 R2 B’ – D’ B R2 F’ U  – Fw2 F L2 – f2 Lw2 – f2 l2 U’ (ok)
The same algorithm without slice moves:
F2 R2 B’ – D’ B R2 F’ U – Fw2 F L2 – Fw2 F2 Lw2 – Fw2 F2 Lw2 L2 U’

You can download Rubik’s Cube 4×4 Algorithms List PDF by clicking on the following download button.

Rubik’s Cube 4×4 Algorithms List pdf

Rubik’s Cube 4×4 Algorithms List PDF Download Link

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