How to copy a scrambled cube?

Eleredo

Regular
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Jun 20, 2010
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I've seen people doing this before on Youtube, but there are no tutorials on how to copy a scrambled cube.

Anyone know how to do it?

Thanks!
 
Yeah, use the Beginner's method. Cross then first layer, second layer, OLL, PLL. I'm not sure where I stand on a good or bad spectrum (I can do it in like 90 seconds). I do cross, the f2l, OLL, permute edges, then permute corners.
 
I use beginners method followed by 2L OLL and 2L PLL
I find OLL and PLL the trickiest parts because recognition is quite difficult for me

You could also use BLD technique to solve cubie by cubie
If you know a lot of three piece cycles you could also use some of these before fixing the rest BLD style
 
I use beginners method followed by 2L OLL and 2L PLL
I find OLL and PLL the trickiest parts because recognition is quite difficult for me

You could also use BLD technique to solve cubie by cubie
If you know a lot of three piece cycles you could also use some of these before fixing the rest BLD style

yes. T perms are awesome. they always help!
 
I use beginners method followed by 2L OLL and 2L PLL
I find OLL and PLL the trickiest parts because recognition is quite difficult for me

You could also use BLD technique to solve cubie by cubie
If you know a lot of three piece cycles you could also use some of these before fixing the rest BLD style

yes. T perms are awesome. they always help!

Last time I checked, a T-perm didn't perform a 3-cycle :p
 
It's easy to do. Put the bottom edges where they need to be (so kind of like a cross), then place 3 middle layer edges, then use the slot where the 4th edge isn't correct yet to place all the bottom corners correctly (kind of like keyhole method), then place 4th edge, and then OLL/PLL.
 
QUOTE=ariasamie;403281]
Last time I checked, a T-perm didn't perform a 3-cycle :p[/QUOTE]

I guess the T-perm comment was aimed towards the "BLD techniques" I mentioned.
 
You could just put it on a program and it'll provide the scramble for you.
 
If you can manipulate a cube into a solved state, you should be able to manipulate a cube into any other (legal) state. Why the hell would you need a tutorial?
 
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