Speedcube Tutorials and Solutions from Beginner to beyond

Welcome to our Speedcube.com.au, your ultimate destination for learning to solve Rubik's Cubes and other twisty puzzles! Whether you're a beginner seeking to conquer the cube for the fist time or a someone looking to get faster, we've got you covered. At Speedcube.com.au, we offer comprehensive tutorials and guides; online or in PDF format with accompanying video instructions all supported by a growing Algorithm database. From the classic 3x3 Rubik's Cube to challenging variations like the 2x2, Pyraminx, Megaminx, and beyond, our step-by-step instructions will lead you through the solving process with ease.

How to Solve the 3x3 Rubik's cube in 5 easy steps - VIDEO GUIDE

How to solve the 3x3 Rubik's Cube - ONLINE GUIDE

Use this online guide to learn how to solve the 3x3 rubiks cube. The guide shows the Beginner method, which solves the rubik's cube Layer by Layer. It includes easy to understand move diagrams. If you get stuck there is an accompanying video.

View FREE Online Guide

Square-1 Scramble and Algorithm Notation

For official WCA scrambles hold the Square-1 with YELLOW on top and RED front.

(Top, Bottom)
Number only = Clockwise turn
MINUS prefix = Anti-clockwise turn
(1 to 5) = How far to turn (Edge = 1 unit and Corner = 2 units)
SLASH = 180 Right rotation

2x2 Scramble and Algorithm Notation

For official scrambles hold the 2 x 2 with WHITE top and GREEN front.

Cube Notation is letters and letter character combinations to describe specific turns on a 2x2 cube, also called a pocket cube. The purpose of notation is to easily describe an algorithm or a scramble.

Skewb Scramble and Algorithm Notation

For official WCA scrambles hold the Skewb with White on top, Green on the Left and Red on the right. This means the White/Green/Red corner is facing you and will stay in front for the entire scramble.

ALGORITHM

A Rubik's Cube algorithm is represented by a series of letters, numbers, and symbols. Please review the notation guide if you are not familiar with it, as it is essential for understanding the algorithms. Follow the links below to access the relevant algorithm sets.