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Wasabi yall!! The way this works is that you have to try performing the algorithm as fast as you can. You will have 4 sets, each set containing 3 algs (easy, medium, and hard fingertricks). For each alg, you will do an average of 5. You do not have to do all of the algorithms (treat the 12...

I never really consider it FreeFOP becuz I call this method FreeFOP:

It's still considered petrus. There's just different styles and variants.

Oh dang that's right, I forgot about that. I dont use EO when I do petrus, the EO is solved for me 50% of the time.

A lot of people use Sarah's method on skewb becuz its like CFOP where you transition a beginner method to a speedcubing method. In this case, they transition a beginner Skewb method to Sarah's method because both methods solve first layer.

So it's just me ;_;

Oh yea for sure Heise is the fewest out of all methods, but I'm only comparing CFOP, Roux, ZZ, and Petrus.

I'm pretty sure petrus has the fewest move count. But you have to understand that when doing awkward blockbuilding moves is very difficult to fingertrick. This could either make us rotate, lockup on a cube, or hesitate when speedsolving. ZZ blockbuilding is not as fewer as petrus (but still...

I'd find ZZ to be much faster than petrus becuz even though petrus has fewer moves to solve whole F2L, ZZ influences last layer with EO and can be done with one whole alg with ZBLL. Just doing OLL and PLL on petrus could be fine, but ZZ has so many tricks up its sleeves that its just super...

Just curious if anyone else is a non-sarah's user for skewb.

I don't like intuition because it just makes you think and experience by yourself instead of actually speedsolving with useful tools, strategies, and algs.

Maybe you're not ready or comfortable with F2L yet. Use this instead until you feel comfortable moving on to F2L whenever you feel ready. F2L is very difficult and it takes experience (like A LOT) to get used to.

Has anyone created columns first on SQ-1? 1. Cube Shape 2. Solve all Corners 3. Solve 3 edges on bottom 4. Solve all edges in one alg. (L4E or L5E <--parity)

What skewbs are those?