Cube RoomCUBE ROOM20 tutorials · A clear path to understanding
Understand the cube.
Understand each move.
You do not need to memorize a page of algorithms first. Start with your current question, read a guide, try the moves and check what you understand.
Mathematics →New here? Start with these three
Meet the pieces, learn to read U, R′ and F2, then see the goals of a six-stage solve. Return whenever you need; there is no need to read everything at once.
Meet your cube
Know what you are turning and what you want to solve.
Getting Started with a 3×3 Cube: A Beginner's Learning Path
Learn what to practice first, how to check each stage, and how to move from guided turns to recognizing cases yourself.
Read the guide →Cube Centers, Edges and Corners: How to Tell Them Apart
Identify cube pieces by their colors, find their correct homes, and understand why a solved face is not always a solved layer.
Read the guide →Cube Notation Explained: What Do U, R′ and F2 Mean?
Read the six face letters, inverse turns and half turns, then use Cube Room's buttons and keyboard controls with confidence.
Read the guide →Clockwise from Which Side? Cube Turns and Camera Angles
Understand face-relative turn directions and why moving the camera does not change the meaning of R, U or F.
Read the guide →The Beginner Layer-by-Layer Method: Six Goals for a 3×3 Solve
Follow the white cross, first two layers, yellow face and final permutation, with a clear check before each next stage.
Read the guide →Solve the first two layers
White cross, white corners, then middle edges.
How to Build the White Cross and Match the Side Colors
Find the four white edges, understand their target positions, and check both stickers before moving on to white corners.
Read the guide →White Cross Side Colors Do Not Match? Diagnose the Problem
Separate flipped edges, misplaced pieces and a rotated bottom layer, then retry from a state you understand.
Read the guide →White Corner Insertion: When R U R′ U′ Works
Check the exact white-corner orientation and front-right slot before using this four-move insertion example.
Read the guide →Middle-Layer Edges: A Right-Insertion Case Explained
Find an edge without white or yellow, align its front color, and use an eight-move right insertion while preserving the bottom layer.
Read the guide →Understand the last layer
Separate orientation from position, then choose your setup.
The Yellow Cross: Turn a Horizontal Line into a Cross
Check the top edges, hold the yellow line horizontally, and use F R U R′ U′ F′ before verifying the first two layers.
Read the guide →Yellow Dot, L, Line and Cross: Recognize the Top-Edge Pattern
Ignore the corners and classify the yellow edges before choosing a setup or repeating an algorithm.
Read the guide →Sune Explained: R U R′ U R U2 R′ and the Correct Setup
Recognize the specific yellow-corner pattern, understand the U2 half turn, and check the result after the complete sequence.
Read the guide →The Top Is All Yellow but the Cube Is Not Solved: Why?
Learn the difference between last-layer orientation and permutation so you can choose the right next goal.
Read the guide →Position the Last-Layer Corners: Understanding a T-Perm Case
Check the solved corner pair, follow the 14-move sequence, and understand why two edges also move.
Read the guide →Cycle the Final Three Edges: Direction, Setup and Checks
Keep the solved edge at the back, follow where the other three belong, and verify all six faces after the cycle.
Read the guide →Practice and troubleshoot
Move from remembering turns to recognizing cases.
How to Reverse a Cube Algorithm: Inverses and Undo
Reverse the move order and invert each turn to return to a known state. Learn why adding primes alone is not enough.
Read the guide →How to Remember Cube Algorithms by Case and Purpose
Link the starting pattern, setup, move groups and final check instead of memorizing an isolated string of letters.
Read the guide →Cube Getting More Scrambled? A Beginner Troubleshooting Guide
Check the starting case, fixed face directions, missed turns and stage goals before trying another algorithm.
Read the guide →From Guided Practice to Your First Independent Timed Solve
Distinguish demonstrations, guided completion and independent results, and use timing records to improve your practice.
Read the guide →After the Beginner Method: An Introduction to CFOP
Understand Cross, F2L, OLL and PLL, then choose a focused next step without skipping case recognition.
Read the guide →