🔑VHLS allows for efficient insertion of a pre-made pair while orienting all last layer edges.
🔑OLS specializes in doing OLL while solving the last F2L slot, making it efficient for CFOP solvers.
🔑BLE involves solving the last edge and performing OLL, ideal for solving the last layer corners.
🔑ZBLL combines ZBLS and VHLS to solve last slot and orient all edges, improving efficiency.
🔑Learning select algorithms from ZBLL and using them strategically can benefit speedcubing.
Should I learn all the algorithms in ZBLL?
—It is not necessary to learn all ZBLL algorithms. Start by learning the most efficient cases for speedcubing.
Can I use ZBLL algorithms in CFOP method?
—Yes, ZBLL algorithms can be incorporated into CFOP method for improved efficiency in solving the last layer.
Do I need to learn BLE if I already know VHLS?
—Knowing both BLE and VHLS can improve your ability to solve the last layer more efficiently in CFOP method.
Are these algorithm sets suitable for beginner cubers?
—These algorithm sets are more advanced and beneficial for speedcubers who already have a good understanding of CFOP method.
Where can I find resources to learn these algorithm sets?
—Resources to learn VHLS, OLS, BLE, and ZBLL algorithms can be found in the description of the video.
00:00In this video, I explain important algorithm sets for CFOP method in speedcubing.
06:16VHLS allows for efficient insertion of a pre-made pair while orienting all last layer edges.
13:39OLS specializes in doing OLL while solving the last F2L slot, making it efficient for CFOP solvers.
22:00BLE involves solving the last edge and performing OLL, ideal for solving the last layer corners.
26:00ZBLL combines ZBLS and VHLS to solve last slot and orient all edges, improving efficiency.
30:40Learning select algorithms from ZBLL and using them strategically can benefit speedcubing.
