Difference between revisions of "Russo method"

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3b. Solve the last 5 edges is one algorithm.
 
3b. Solve the last 5 edges is one algorithm.
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==Pros==
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*Like the Roux and Petrus methods, it is a blockbuilding method, has a lower move count than the [[CFOP]] method.
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*CLLs are the fast OLLCPs from CFOP
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==Cons==
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*Blockbuilding can be hard for a beginner to understand
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*If a M move is left out, it could result in a DNF
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*Depending on how blockbuilding is done, and the final step, M-slices are used a lot, which makes it harder for higher layer puzzles and OH solving.
  
 
==Possible Improvements==
 
==Possible Improvements==

Revision as of 00:07, 18 June 2019

Russo method
L5E.png
Information about the method
Proposer(s): Anthony Russo
Proposed: 2019
Alt Names: none
Variants: L5EOP
No. Steps: 3
No. Algs: 25-58
Avg Moves: Unknown, but lower than 50
Purpose(s):

Russo is a method proposed by Anthony Russo in 2019. Russo is similar to Roux in the fact it is a blockbuilding method, but not similar in the way it solves BD edge, resulting in the final step only solving the last 5 edges instead of the last six.

Steps

1. Build the First 2 Layers without the FD cross edge.

2. Orient and Permute the Last Layer corners.

3a. Orient the remaining 5 edges. This step is done intuitively.

3b. Solve the last 5 edges is one algorithm.

Pros

  • Like the Roux and Petrus methods, it is a blockbuilding method, has a lower move count than the CFOP method.
  • CLLs are the fast OLLCPs from CFOP

Cons

  • Blockbuilding can be hard for a beginner to understand
  • If a M move is left out, it could result in a DNF
  • Depending on how blockbuilding is done, and the final step, M-slices are used a lot, which makes it harder for higher layer puzzles and OH solving.

Possible Improvements

  • Arrow - Instead of blockbuilding the first 2 layers, solve an arrow on the bottom layer without the DF edge, then do F2L. This could increase TPS and better lookahead

Algorithms

L5EP Algorithms