Ok so my name is roee and I new here
I'm sorry for my bad English
so that's my story: a year ago I got a fake chaina rubix cube and I started to learn how to solve it ( I lernead the lbl method) and after some weeks I could solve it in 1.5 minutes but the cube was distroyed and I stopped it and now( before a month) I learned the fedrich method 2 look and now I do it in 1min and 15 sec in avarage (I use normal rubix)
So I want to ask how did you get faster in fredrich method?
Ty all for the help
I don't think you should have learned Fridrich yet, in my opinion. You can use LBL until you're down to, I'd say, 40 seconds.
The LBL phase of speedsolving, I believe, really sets the tone of how you are going to move forward. Using LBL for as long of a time as I did (seven months, and down to a 32-second average) really helped me transition into Fridrich, mainly because after experimenting a little with algorithms I already knew, I was able to do more things. It was around this time that I noticed that doing edges before corners after the cross lets you use 2-generator algorithms that were really fast.
However, since you do Fridrich F2L, 2-look OLL, and 2-look PLL, you should just practise. Get down to, at the slowest, 40 seconds. This can be acquired through mild practise for as little as three weeks. I did it in that amount of time using LBL, and using F2L and 4-look last layer, at its efficiency rate, should help your times improve.
Also, you said you're using a Rubik's storebought cube. Is it stiff? If so, take out a row (two corners and an edge, forming a row) and insert a small amount of Vaseline into the cube, work it in, do solves for a few days, and clean the Vaseline out. You should notice a remarkable difference in the cube quality.
As for anything else, I do NOT suggest you hop right in to buying speedcubes and such. I dealt with a Vaselined storebought for seven months with an LBL variation method and I got down to 32 before switching. You can too!
Also, welcome to the forums! Be sure to check out
this page (c'mon, clicky clicky) for an introduction into speedcubing.
--Ranzha