Rubiks Cube/Fridrich Method: Difference between revisions
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=Overview= | |||
==What is it== | |||
The Fridrich Method is a variation on the layer-by-layer method that relies more heavily on algorithms to make the solve faster. | |||
==Why== | |||
In an attempt to improve my cube time to be faster than 1 minute (my current plateau using the beginner's method, a.k.a. the [[Rubiks Cube/Layer Method|Layer Method]]), I am trying to learn the Fridrich Method. | In an attempt to improve my cube time to be faster than 1 minute (my current plateau using the beginner's method, a.k.a. the [[Rubiks Cube/Layer Method|Layer Method]]), I am trying to learn the Fridrich Method. | ||
==Solution Steps== | |||
The Fridrich Method relies more heavily on algorithms to make the solve faster. The steps are similar to the layer-by-layer method, but with some differences. The steps: | The Fridrich Method relies more heavily on algorithms to make the solve faster. The steps are similar to the layer-by-layer method, but with some differences. The steps: | ||
Revision as of 06:14, 24 April 2019
Overview
What is it
The Fridrich Method is a variation on the layer-by-layer method that relies more heavily on algorithms to make the solve faster.
Why
In an attempt to improve my cube time to be faster than 1 minute (my current plateau using the beginner's method, a.k.a. the Layer Method), I am trying to learn the Fridrich Method.
Solution Steps
The Fridrich Method relies more heavily on algorithms to make the solve faster. The steps are similar to the layer-by-layer method, but with some differences. The steps:
1. Form the white cross on the bottom
2. Combine the 4 corner/edge pairs to simultaneously solve the first and second layers
3. Apply OLL (orient last layer) algorithms
4. Apply PLL (permute last layer) algorithms
