For 7x7 edges (last four) is it better to first solve them as 5x5 edges, and then do it again or solve them one at a time using flipping algorithm or do a combination in which the last first one is done with flipping and the last 3 and done 5x5 style? Or are those all wrong and there is a faster approach? Also, is this a fast approach:http://www.youtube.com/watch?v=ksEBOtkdeq4
Does anyone know what the fastest solve is using the Petrus Method? i like the idea of the method but im not going to put any time into it if its super hard to get really fast with it
Does anyone know what the fastest solve is using the Petrus Method? i like the idea of the method but im not going to put any time into it if its super hard to get really fast with it
Oh noes, really? I thought that after switching springs it'll be a bit better. I think the main problem is the shallow screw head. Is there any easier way to do it, or do I just have to spend another half hour on each screw?
Oh noes, really? I thought that after switching springs it'll be a bit better. I think the main problem is the shallow screw head. Is there any easier way to do it, or do I just have to spend another half hour on each screw?
I didn't have a problem with mine but that might be because I used a smaller screwdriver so it wouldn't ruin the center pieces and expand the top layer a lot.
It's actually quite late already, I thought I'll be able to change the springs and lube it really quick before I head off to bed, but no chance haha. Thanks for the feedback.
Yuxuibbs, my screwdriver is actually one of the smallest that is the most versatile for most screwing jobs. I use it for practically everything. I'll look for a smaller screwdriver anyway, thanks.