Do I Need???

[JustMean]

Hi Everyone!

Im Beginner here...
and also in cubing (F2L, Not So Fast! hahah)

Do I NEED to memorize all the OLL algorithm??? ↓↓↓

http://erikku.110mb.com/OLL.html

what are the important algorithm's i will memorize here (does it have)..


God Bless To You All!
Have A Nice Day!
Happy Cubing!

 

[TurbulentTurtle]

No you do not need to memorize all those algorithms, you only need to memorize about 9 or so to finish the OLL in two algorithms!
Just watch this video, it is REALLY helpful! ^_^

God Bless You Too!
Have a Great Day!

 

[Swoncen]

search for 4 look last layer 4LLL or "2L OLL"

 

[JustMean]

hey what is "2-Look" & "4-Look"???

 

[StachuK1992]

2-Look means that you only have to look at the cube twice in order to solve a certain step

4-look...well, you can figure that out

 

[JL58]

The idea is that every look requires you to stop, identify the configuration and execute the corresponding algorithm. The more looks you need the slower you are. OLL is an exception: a 1 look OLL requires a sophisticated identification, where the 2 look OLL (one for edges, then one for corners) requires 2 very simple identifications and the algorithms are all fairly easy.

I would say that the difference between a 1 look and a 2 look OLL, when both well executed is no more than 1 or 2 seconds. Not worth the trouble if you are not sub 30. In fact I've read several members on this forum mentioning sub-20 second solves with 2 look OLL.

 

[soccerking813]

But sometimes it is nice to learn algs before you need them, because then you would ever really need too. And if you want to learn OLL, then learn it, even if you average 40 seconds. If you wait you will probably not want or feel like learning them any more.

 

[mcciff2112]

hey what is "2-Look" & "4-Look"???

2L OLL (2 look OLL) means that you orient the top layer in two steps. (Edges then corners)

4LLL (4 look last layer) means that you perform 2L OLL and 2L PLL meaning that the last layer is completed in 4 steps, in comparison to the 2 steps that are required to use in full Friedrich.

 

[Cride5]

If you really don't like learning algorithms, try ZZ. You can achieve a 2LLL (2-look last layer) with much fewer algorithms

 

[Tetris Cube]

If you use Petrus, you can have a 2 look LL with only 28 algorithms. But I wouldn't let the LL decide what method you use, as the LL is the easiest part of the cube, and speed in that just comes with practice.

 

[JustMean]

If you use Petrus, you can have a 2 look LL with only 28 algorithms. But I wouldn't let the LL decide what method you use, as the LL is the easiest part of the cube, and speed in that just comes with practice.

hey TetrisCube is cubelagoon true???
no fake?

 

[deco122392]

If you use Petrus, you can have a 2 look LL with only 28 algorithms. But I wouldn't let the LL decide what method you use, as the LL is the easiest part of the cube, and speed in that just comes with practice.

hey TetrisCube is cubelagoon true???
no fake?

yes cube lagoon is a real site and if you fallow the intructions you can get the rewards. i used to use it (stoped useing it due to lack of time) and i recieved 2 4x4's a 2x2 and a 5x5