Practice with the 3D cube
Explore the virtual cube, change the view, scramble it, and ask for help whenever you get stuck.
Drag the background to rotate the view, and scroll or pinch to zoom. To turn a layer, drag a sticker along its row or column and release it when the layer reaches the position you want.
Select Scramble to generate a mixed state. The Solo mode is untimed, so you can experiment with turns or work toward a solution at your own pace.
If you get stuck, select Solve My Cube. CubeOrbit uses the virtual cube's current state, so you do not need to re-enter its colors or return to the original scramble.
Solve the cube in your hands
Copy the colors from a physical 3×3 cube and let CubeOrbit check the completed layout.
Select My cube above the 3D viewer, then enter the sticker colors one face at a time or use the camera button to scan six face photos.
Begin with white on top and green facing you. For each grid, point that face's center toward you and keep the neighboring face named above the grid at the top. The six centers are fixed because each center identifies its face.
Select Check and solve after all 48 non-center stickers are filled. CubeOrbit checks the color counts and whether the state is possible on a physical 3×3 cube. If it reports an error, check the face orientation and any highlighted stickers first.
Follow the solution without losing your place
Match the 3D orientation, control playback, and follow each move without restarting.
Before the first move, match the top, front, and right center colors on your physical cube to the 3D model. Center colors are the quickest way to confirm that both cubes have the same orientation.
Select Play to run the sequence automatically, or use Previous step and Next step to move through one turn at a time. Set the speed to 0.5× when you need more time to copy each move.
Compare the two cubes after every turn. If they stop matching, return to the previous move and check the face and direction before continuing.
You can rotate the camera while a solution is open. Changing the viewing angle does not turn a face or add a move; it only reveals another side of the same cube state.
Understand the move symbols
Learn what move symbols such as R, U, F2, and R' mean.
The letters F, B, R, L, U, and D name the front, back, right, left, upper, and bottom faces. A letter by itself means a 90-degree clockwise turn as you look directly at that face.
An apostrophe marks a 90-degree counterclockwise turn, so R' is the inverse of R. The number 2 means a 180-degree turn, and its direction does not matter. Open the Cube Notation guide to watch each move on an interactive example.
Notation lets tutorials and algorithms describe the same turns without relying on a particular viewing angle. Learn the six face letters first, then add prime and double turns.
Learn how to solve without the solver
Use beginner lessons and interactive algorithms to understand how to solve the cube yourself.
The Beginner Guide breaks a complete solve into seven stages, from the white cross through the last layer. Each stage explains its goal, the pieces to find, and the moves that preserve the work already completed.
Pause and replay the 3D examples while you practice each sequence on a physical cube. Learn one stage at a time instead of trying to memorize an entire solve.
When the beginner method feels reliable, use the Speedcubing Guide to study CFOP or open the algorithm library to practice individual cases.
Use the cube for learning and play
Turn Rubik's Cube practice into a relaxed activity for learning, focus, and play.
A 3×3 cube rewards close observation. You identify pieces by their color combinations, track how turns move them between layers, and use short sequences to change one part of the cube while preserving another.
For relaxed practice, generate a scramble and solve without a timer. For a shared challenge, use the same scramble on two cubes and compare the methods or move sequences you chose.
CubeOrbit can stay open beside a physical cube at home or in a classroom. Use the 3D view when a hidden sticker is hard to picture, and return to the written guides when you want to understand why a sequence works.