Rubiks Cube/Fridrich Method - Revision history

Admin: Expand page with detailed CFOP explanation, step-by-step breakdown, algorithm summaries, and implementation strategy for breaking the sub-1 minute barrier (via update-page on MediaWiki MCP Server)

2026-06-20T04:02:31Z

Expand page with detailed CFOP explanation, step-by-step breakdown, algorithm summaries, and implementation strategy for breaking the sub-1 minute barrier (via update-page on MediaWiki MCP Server)

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Admin: /* Flags */

2019-04-24T20:44:50Z

Flags

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Admin: /* Solution Steps */

2019-04-24T20:44:36Z

Solution Steps

← Older revision		Revision as of 20:44, 24 April 2019
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	I am learning 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 learning 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]]).

	==Solution Steps==		=Solution Algorithm 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:
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	4. Apply PLL (permute last layer) algorithms		4. Apply PLL (permute last layer) algorithms


			=Flags=

	{{RubiksFlag}}		{{RubiksFlag}}

Admin: /* Why */

2019-04-24T06:15:04Z

Why

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	==Why==		==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~~.		I am learning 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]]).

	==Solution Steps==		==Solution Steps==

Admin at 06:14, 24 April 2019

2019-04-24T06:14:35Z

← Older revision		Revision as of 06:14, 24 April 2019
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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:

Admin at 06:13, 24 April 2019

2019-04-24T06:13:35Z

← Older revision		Revision as of 06:13, 24 April 2019
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	4. Apply PLL (permute last layer) algorithms		4. Apply PLL (permute last layer) algorithms

			{{RubiksFlag}}

Admin: Created page with "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 t..."

2019-04-24T03:34:53Z

Created page with "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 t..."

New page

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.

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