ZBLS was originally proposed as the ZB method, a complete 3x3 method of its own that consisted of two steps. The first step was ZBLS (or ZBF2L as it was called around the time of proposal), and ZBLL. Nowadays the classification is more complicated.

From the most popular cubing YouTuber, a number of algsets for 3x3, OH, 2x2 and 4x4, last updated in 2023. Repository of a ton of different algsets for surprisingly many events, last updated in 2020. From the GOAT himself, Feliks’ algs for 3x3 …

2021年11月1日 · Nautilus-Zipper L5E. The steps are the following. Step 1: FB (First Block) - Solve a 1x2x3 block in dL, exactly as you would in Roux. Step 2: XNSB (Extended Nautilus Second Block) - Solve the 2x2x2 in dbr and the DFr pair. This can be done in many different ways.

3x3. X-Man XT3 v1. So, so fast. Basilio Noris - January 23rd, 2025. 3x3. Dayan Zhanchi v5. The quietest cube of the past 4 years, with the best customization range of this generation. Basilio Noris - January 16th, 2025. 3x3. Tornado v4. Something old, something new, something borrowed, and still the most kickass adjustment system.

L5EP was first proposed by Mike Bennett in December, 2005 on the Speed Solving Rubik's Cube Yahoo group [1, 2]. Mike Bennet developed the algorithms and placed them on a website in January, 2006 [3]. In mid-2006, Michael James Straughan independently had the same idea and developed the algorithms for use in the MI1 method [4].

This method takes advantage of a flaw that exists within EPLL, ELL, and some L5E and LSE cases. Take for example any EPLL case. Almost all of the common algs for those cases start and end with an...

2021年7月13日 · L5E: now use one of 245 algorithms (including EPLL and L5EP) to solve the last five edges. There are multiple other variants for this method and there is also a beginner variant, and an intermediate variant.

Step 3: L5E Last 5 edges is the second to last step, and unlike all other steps in this tutorial, there are no substeps! This whole step will be done by doing R, U/U', R' until you're done.

2015年10月5日 · First, solve the corners, and then apply one of the 60 algorithms in the image. Well, since there's only 2 possible things to turn, you can cancel moves VERY OFTEN. Solving the corners actually averages 0.1111 moves (the cancellation is crazy), and L5E (last 5 edges) averages 6.516 moves.

You can find Pyraminx algorithms for various methods here. Improve you speedcubing skills by learning new algorithms, reading tutorials and practicing specific things.