Now, there should be only two different colours on the unsolved sides.

Using the algorithm for moving those pieces around(Ll' U2 Ll), get as many of the colour on its respective side. In my case, I am getting as many blues on the blue side, and reds on the red side as humanly possible. The inverse also works, and on the right side. Possible algorithms are:

Ll U2 Ll'

Ll' U2 Ll

Rr U2 Rr'

Rr' U2 Rr

If you have a case like in the second photo, you need to get the red center on the red side, and the blue center on the blue side. Then, align them as shown in the picture, and perform this set of moves:

r U' M U r' U' M'

(M is the middle, rotate it in the same direction as R)

You may need to repeat this multiple times to solve both parts, but after they are solved, we move on the the most time consuming part of the cube: Pairing

Using the algorithm for moving those pieces around(Ll' U2 Ll), get as many of the colour on its respective side. In my case, I am getting as many blues on the blue side, and reds on the red side as humanly possible. The inverse also works, and on the right side. Possible algorithms are:

Ll U2 Ll'

Ll' U2 Ll

Rr U2 Rr'

Rr' U2 Rr

If you have a case like in the second photo, you need to get the red center on the red side, and the blue center on the blue side. Then, align them as shown in the picture, and perform this set of moves:

r U' M U r' U' M'

(M is the middle, rotate it in the same direction as R)

You may need to repeat this multiple times to solve both parts, but after they are solved, we move on the the most time consuming part of the cube: Pairing

<p>I can't find any alga for 4x4 oll and pll parties.</p><p>Plz help.</p>

Is there an algorithm for this?<br>

Not any that I know of. You'll have to redo the edges, so that's why I don't solve the 5x5 cube. You have to exposition edges A LOT.

Reposition not Exposition

<p>If he didn't cover this notation above, a letter that is not capotal means turn the second layer.</p><p>l U2 l U2 F2 l F2 r U2 r' U2 l2. Did that help?</p>

<p>I have same cube as you, you can take off stickers</p>

Yes there is....

<p>then what is it?</p>

<p>Please Help!</p><p>I am trying to solve the 5x5 and I have solved the centers and edges but I am getting tredge parity where I need to flip a tredge. Can someone please share the algorithm? I tried some of the algorithms below but couldn't. Btw, what does 'x' mean in the algorithm?</p>

<p>Just do F sexy F' U2 F sexy, sexy F'. </p><p>An X means do the whole cube R'</p>

<p>edit: x means do R not R'</p>

<p>First of all, you need to orient and permutate the last layer like on a three by three. since you did not occur an edge parity, you cannot get permutation parities because it is a 5x5. X means X inverted, which means turn the entire cube clockwise.</p>

Thank you very much.

Thank you.

<p>I can do it on a 4x4, not a 5x5. Algorithm for 4x4: r2 B2 U2 l U2 r' U2 r U2 F2 r F2 l' B2 r2</p>

Thank you very much. I can do 5x5 now. I appreciate your help.

<p>does it work on 5x5? ps I'm same person as noseypoos, forgot my password #lol</p>

<p>can someone give me the alg for this, I can't find it <em>anywhere!! </em></p>

<p>you can do F sexy, sexy F' or you can do U2 M' U M U2 M' U M</p>

<p>you can do F sexy, sexy F' or you can do U2 M' U M U2 M' U M</p>

That Mate is not a parity. Its just a simple cross case. <br>Holding the L shape with one yellow edge at the backa and one to the left do this algorithm.<br>F U R U' R' F'

thank you so much! I feel really dumb now! I thought it was like the 4x4, and The cross was pre solved!

Curious what cube that is. Is it a Moyu? <br>I use the Moyu Bochuang GT. Really nice puzzle. I average under 2:40... Need more work on my solving.

<p>It is a Yuxin. </p>

Just curious at to what cube that is... Is it a Yuxin? I use a Moyu Bochuang and average under 2:40... Need more mork lol.

<p><em>This </em>doesn't compute!</p>

Whenever you have the three edge pieces in the middle, ( when they all have the same two colors on them) and the outer two are facing one way and the middle one is facing the other way, and all the other edges are solved and facing the same way, what do you do?

<p>search 5x5 parity and find the corresponding alg</p>

Thank you very much.

<p>I'm 9 and I can do a 3x3 in 1 minute 6 seconds ( my record). My friend (9) can do it in 53 seconds!</p>

Ive completed all the centres - however the "pairing" stage is rather unclear and I dont get what is required. You say pair the edges like the photo but there are several photos and all of them have diffenrt edges lined up. Please could you clarify?<br>

Wow!!!!awesome guide

thaj

I solve in layers btw so this is all I have left to finish it

I can't get the algorithm for pairing the last 2 edges to work.

<p>I made IT!</p>

<p>how do you do the last corners after you do the edge pairing </p>

<p>also it wont let me watch the video </p>

<p>thanks</p>

<p>the rubiks cube is awesome</p>

<p>the rubiks cube is awesome</p>

<p>i like it</p>

<p>i like it</p>

<p>i like it</p>

<p>i like it</p>

<p>Great guide, helped me through a couple of algorithims I was having trouble with :) Finally solved it after 3 days. Cheers!</p>

<p>I got my 5x5 for $8.17 (9.32 CAD) </p><p>at amazon: <a href="http://www.amazon.com/ShengShou-5x5-Speed-Cube-Black/dp/B005PH2HTK/ref=sr_1_2?ie=UTF8&qid=1417574523&sr=8-2&keywords=5x5+rubik" rel="nofollow">http://www.amazon.com/ShengShou-5x5-Speed-Cube-Bla...</a></p>

With the tredge pairing I have 2 Unsolved tredges but to solve them I have to switch the middle cubees, do you know how to fix this?

what do you mean by you can solve the cube like the 3x3 ?

<p>The wings and edges combine to be an edge, the corners are corners, the centers and crosses become the centers. Find another instructable on solving a 3x3. Start with the Beginner's Method and if you are interested enough work up to the Fridrich Method (for the 3x3).</p>