What is this page for?

Good algorithms are scattered all over the internet, and often times it's really hard to find these awesome algorithms. This page is created to have lots of those websites in one place for easy access!

Creating your own algorithms:

Cube Explorer: Cube explorer has been around for ages for creating algorithms. Solid choice. (3x3 only)
Ksolve: Ksolve lets you create algs for everything else.
Whocouldthat.be: Sorts out 3x3x3 algorithms and also can ignore pre AUF and post AUF
Alg.cubing.net: You can use alg.cubing.net to check solutions/algs to make sure they are correct before posting them.

Learning algorithms faster:

Cyotheking's video: Cyotheking (Christopher Olson) created a video talking about the concepts to learn algorithms faster. These are the key concepts to learning a lot of algs.

2x2:

Cyotheking's website: Cyotheking (Christopher Olson) has a website which contains most of the best 2x2 algorithms.
Ray has a TCLL+ document with some new algorithms.
Sameer's EG-0/1/2 set: Sameer has full docs for CLL, EG-1, and EG-2.

3x3:

Algdb.net is a fantastic website for algs. It's a user based website where you can create an account and submit algs. There are TONS of algs on this website it's a fantastic resource for many 3x3 algorithms such as COLL, ZBLL, OLL, PLL, OH PLL, F2L algs, and so much more!
Speedsolving wiki: This is a fantastic resource for beginners. Even outside of algorithms there's terminology, methods, explanation on various topics. It's very good. The algs on the wiki aren't all the best algs but it's a good place to check if you can't find something else where.
Speedsolving request an algorithm thread: This is a thread on speedsolving where a user can request an algorithm and if someone has an algorithm for you, they will likely let you know about it. Good resource if you're looking for something very specific and can't find it.
Cyotheking's website: Cyotheking (Christopher Olson) has a fair chunk of 3x3 algorithms from PLL, OLL, COLL, VLS, etc. Not the longest list, but definitely solid algs.
Sarah.cubing.net: Sarah's website has lots of 3x3 resources. Winter variation for the pair on left and right, easy PLL skip cases, OLLCP, CLS, and tons more! Good place to learn some cool algorithms. She also has many other algorithms outside of just 3x3 including megaminx, square-1, and pyraminx.
Alg of the week: This is a YouTube series run by cyotheking where he covers cool algorithms that he likes and uses. Lots of advanced algorithms in here.
JPerm: JPerm is a YouCuber who has tons of very good video tutorials for beginner, intermediate and advanced level solvers. He focuses on various concepts which are very useful.
CubeSkills: CubeSkills is the home of speedcubing tutorials developed by Feliks Zemdegs, two-time Rubik's cube world champion. On this site you'll find many Rubik's cube tutorials for people of all different skill levels.
Cubesolv.es: This is a GREAT way to learn lots about 3x3. It's a reconstruction database of unofficial & official solves. And it's not only limited to 3x3. There's reconstructions of big cubes as well. Looking at peoples reconstructions is a great way to learn cool tricks.
Google: Google is actually a fantastic resource for finding algorithms and not enough people use it. If you search what you're looking for followed by "cubing" you can find just about anything. Like if you want OH PLL algs just search "OH PLL cubing algs" and Antoine's OH website is the first thing that comes up.

CUBOPHILE

YOUTUBER

What is this page for?

Good algorithms are scattered all over the internet, and often times it's really hard to find these awesome algorithms. This page is created to have lots of those websites in one place for easy access!

Creating your own algorithms:

Learning algorithms faster:

Cyotheking's video: Cyotheking (Christopher Olson) created a video talking about the concepts to learn algorithms faster. These are the key concepts to learning a lot of algs.

2x2:

Cyotheking's website: Cyotheking (Christopher Olson) has a website which contains most of the best 2x2 algorithms.

Ray has a TCLL+ document with some new algorithms.

Sameer's EG-0/1/2 set: Sameer has full docs for CLL, EG-1, and EG-2.

3x3:

Algdb.net is a fantastic website for algs. It's a user based website where you can create an account and submit algs. There are TONS of algs on this website it's a fantastic resource for many 3x3 algorithms such as COLL, ZBLL, OLL, PLL, OH PLL, F2L algs, and so much more!

Speedsolving wiki: This is a fantastic resource for beginners. Even outside of algorithms there's terminology, methods, explanation on various topics. It's very good. The algs on the wiki aren't all the best algs but it's a good place to check if you can't find something else where.

Speedsolving request an algorithm thread: This is a thread on speedsolving where a user can request an algorithm and if someone has an algorithm for you, they will likely let you know about it. Good resource if you're looking for something very specific and can't find it.

Cyotheking's website: Cyotheking (Christopher Olson) has a fair chunk of 3x3 algorithms from PLL, OLL, COLL, VLS, etc. Not the longest list, but definitely solid algs.

Sarah.cubing.net: Sarah's website has lots of 3x3 resources. Winter variation for the pair on left and right, easy PLL skip cases, OLLCP, CLS, and tons more! Good place to learn some cool algorithms. She also has many other algorithms outside of just 3x3 including megaminx, square-1, and pyraminx.

Alg of the week: This is a YouTube series run by cyotheking where he covers cool algorithms that he likes and uses. Lots of advanced algorithms in here.

JPerm: JPerm is a YouCuber who has tons of very good video tutorials for beginner, intermediate and advanced level solvers. He focuses on various concepts which are very useful.

CubeSkills: CubeSkills is the home of speedcubing tutorials developed by Feliks Zemdegs, two-time Rubik's cube world champion. On this site you'll find many Rubik's cube tutorials for people of all different skill levels.

Cubesolv.es: This is a GREAT way to learn lots about 3x3. It's a reconstruction database of unofficial & official solves. And it's not only limited to 3x3. There's reconstructions of big cubes as well. Looking at peoples reconstructions is a great way to learn cool tricks.