PLL ALGHORITHMS

[polisan]

hi everyone. can u tell me a good website where to get pll alghorithms? this one i got are too long , about 14 - 16 moves, and i cant perform them faster then 5 sec. i have heard that pll are max 12 moves. thnx

 

[Lorenzo]

http://www.speedsolving.com/wiki/index.php/PLL

 

[gavnasty]

Uh oh. My N, R, Z, F, V and E perms are all over 12 moves. Is that bad? I can do most of them in 2-3 seconds except for N, E and sometimes F which take me almost 4 seconds.

 

[janelle]

Uh oh. My N, R, Z, F, V and E perms are all over 12 moves. Is that bad? I can do most of them in 2-3 seconds except for N, E and sometimes F which take me almost 4 seconds.

Just because there's more than 12 moves doesn't mean that it's not fast. A great example is the T perm (R U R' U' R' F R2 U' R' U' R U R' F') It's more than 12 moves but people can execute it really fast. Just find the alg that feels right for you and practice.

 

[Akuma]

this one i got are too long , about 14 - 16 moves

You do not seem to understand the entire point of speedcubing.
Learning the PLL algorithms is just half the effort required to become a good speedcuber. The other half is actually executing the algorithms fast enough using finger-tricks.

Speedcubers can execute those 12-16 turn long algorithms in about 1 second - Yes, your read that right 1 second.
Watch this video and you will understand

 

[nitrocan]

Uh oh. My N, R, Z, F, V and E perms are all over 12 moves. Is that bad? I can do most of them in 2-3 seconds except for N, E and sometimes F which take me almost 4 seconds.

Just because there's more than 12 moves doesn't mean that it's not fast. A great example is the T perm (R U R' U' R' F R2 U' R' U' R U R' F') It's more than 12 moves but people can execute it really fast. Just find the alg that feels right for you and practice.

Or the (R,U) Z-Perm. (U R' U' R U' R U R U' R' U R U R2 U' R' U) which is 17 moves. Many people can do that in about 1.5 seconds. (see the video above)

 

[gavnasty]

Wow. That video is pretty baller. I use those exact algorithms but it takes me at least double the time.