Search didn't give find any such threads, forgive me if such exists.
Also, I wasn't quite sure about the category (speedcubing, theory or whatever else).
This is mainly just a fun challenge. I came up with this today when was extremely bored. The point of this is, that you solve 3x3x3 without some corners. At first I tried 1 corner, that was quite easy. After that, I tried 2, 3 and 4. After taking out 4 corners edges pieces do get taken out quite easily though not that often (can't speak for loose DIY's - I used storebought).
There are, of course, a few ways you can take pieces out. I'm using this one:
http://img12.imageshack.us/img12/6235/dsc00797lx.jpg
http://img142.imageshack.us/img142/5743/dsc00795cu.jpg
What I like is, that there are 7 stickers of every single color (2 corners of any layer/side at a solved state).
Well, guess we could compare normal averages with ones of these.
WARNING: LL recognision is rather hard, lol. For the first few times, at least.
Also, I wasn't quite sure about the category (speedcubing, theory or whatever else).
This is mainly just a fun challenge. I came up with this today when was extremely bored. The point of this is, that you solve 3x3x3 without some corners. At first I tried 1 corner, that was quite easy. After that, I tried 2, 3 and 4. After taking out 4 corners edges pieces do get taken out quite easily though not that often (can't speak for loose DIY's - I used storebought).
There are, of course, a few ways you can take pieces out. I'm using this one:
http://img12.imageshack.us/img12/6235/dsc00797lx.jpg
http://img142.imageshack.us/img142/5743/dsc00795cu.jpg
What I like is, that there are 7 stickers of every single color (2 corners of any layer/side at a solved state).
Well, guess we could compare normal averages with ones of these.
WARNING: LL recognision is rather hard, lol. For the first few times, at least.
