Beginner PLL (ONLY 2 ALGS!)

Hi guys .

Welcome back .

I'm Cubing and back with another video .

In the last video I talked about beginner , Oll and how to do it .

Beginner .

Oll is OLL with only two algorithms today .

I'm gonna be teaching you how to do beginner PLL which is PLL with only two algorithms .

PLL stands for permutate last layer , permutating .

The last layer is when when you solve OLL , then you do an algorithm to solve the rest of the cube .

Now there are 21 different things that could come up .

But I'm only gonna be teaching you two algorithms to solve every single one of the cases .

So although it is only two algorithms , there's a much better way to solve it and it's called two of PLL .

Two of PLL requires you to memorize six algorithms with beginner PLL , you're gonna be having to do the same algorithms multiple times .

But with two look PLL , you'll only have to do a maximum of two algorithms before it is solved .

So this can just be a foundation while you learn to look OLL and then you can learn to look PLL .

All right .

So let's learn how to do beginner PLL .

So the first thing you're gonna wanna do is make the two colors over here the same , these two the same , these two the same and these two the same , most likely you'll have two the same and everything else .

Not .

It's also possible though to have all of the sides already , the same color or none of them would be the same color .

If they're all the same color , then you have already done the step .

If they're all not the same color , then you can just hold it from wherever you want .

And if there are two that are the same and everything else is not , or one side , then you're gonna hold those two .

So they're pointing to the left and you're gonna do an algorithm known as T perm .

This algorithm goes like this , I'll put it up here like that .

If you put the two headlights , they're called onto the left and you did that algorithm , they should now all be the same .

But if they were all not the same and you do that T perm , then you should get a case where there are two that are the same and everything else is not .

And in that case , you're just gonna put that on the left and you're gonna do the T perm , then you should have all of these being the same .

Now , that's the first algorithm , but there is one more , this one is called U perm .

And what it does is it switches these three pieces , there is two U perms .

U A perm and UB perm and they all switch them in a different rotation .

The U A perm moves this one over here , this one over here and this one over here and the UB perm goes the other direction .

We're gonna be learning U A perm and you don't need to know that that's the name .

It doesn't really matter .

But basically what you're gonna do is you're going to see if you have a solid bar that is all solved .

And if you do , you're gonna put it into the back and you're gonna do this algorithm , you're gonna move the side up , move it over , move it up again , move it over that direction , move it up , move it over that direction again , move it up again and move it the opposite direction , then bring it down , move it over and then twice .

Now it's possible that when you're done , it's still not solved .

And in that case , you can just do it again and then it should be solved .

Although you may have a case where there is no solid bar at all .

And in that case , you can just hold it from anywhere you do the algorithm and then you should have a solid bar which you can put in the back .

And with that , you should be able to do beginner PLL .

This was kind of a shorter video , but thank you for watching .

And if it helped you at all , give this video a like and to support me , please remember to subscribe .

Thanks and I'll see you in the next video .