1. Get comfortable with the pieces
On a 3×3, the six fixed centers define the target colors. Each edge has two colors and each corner has three. You solve pieces relative to the centers, not simply by making one solid-colored face.
Before turning, name the front, right and top faces. Hold your cube still when reading an algorithm. If you rotate the entire cube, the meaning of R and F changes.
- Point to a center, an edge and a corner.
- Read R, U, R′ and U′ without guessing the direction.
2. Build the white cross
Begin with the yellow center on top. Bring the four white edge stickers around it to make a “daisy.” Match the outward color of each white edge with the same-color center on the side, then turn that face twice to send the edge to the white bottom.
Repeat for all four edges. Your white cross is finished only when the side colors of every cross edge also match the side centers.
- Four white edges surround the white center.
- The side sticker of each white edge matches the adjacent center.
3. Insert the four white corners
Keep white on the bottom. Find a white corner in the top layer and move it above the slot whose two side-center colors match its other stickers. Bring that slot to the front-right. Repeat the right trigger until the corner settles correctly, then move to the next corner.
The right trigger. It may take several repetitions for a corner in a particular orientation. Keep the cube facing the same way while repeating.
If a white corner is stuck in the bottom layer incorrectly, use the same trigger to take it out, then position it above its correct slot.
- The entire bottom face is white.
- All four bottom-layer side stickers agree with adjacent centers.
4. Solve the middle-layer edges
Find a top-layer edge with no yellow sticker. Turn U until its front-facing sticker matches the front center. Its second color tells you whether it needs to move to the right or left. Keep the correctly aligned edge at front-top.
Insert an upper-front edge into the middle-right slot.
Insert an upper-front edge into the middle-left slot.
If the edge you need is trapped in the middle layer but flipped or misplaced, insert another edge into that slot to push it up, then solve it normally.
- Both lower layers look complete on all four sides.
- No middle-layer edge has a yellow sticker.
5. Form the yellow cross
Hold yellow on top. You may see a dot, an L-shaped pair, a line, or a cross. Ignore the yellow corners. For an L, place the yellow edges at the back and left; for a line, hold it horizontally. Then execute the sequence, inspect and repeat as needed.
Orient the top-layer edges. Turn the whole cube only to set up the L or line, then keep it still during the sequence.
- The upper face has a yellow cross, regardless of corner colors.
6. Finish carefully — top-layer pieces
The final layer needs two distinct jobs: place each piece in the correct slot, then turn it so the yellow sticker faces upward. There are several valid beginner-method sequences; mixing steps from different methods is a common reason a nearly solved cube becomes scrambled.
To practise corner orientation in a controlled way, first use a trusted last-layer placement method. Then put a misoriented yellow corner at upper-front-right and repeat the corner-twist sequence until yellow faces upward. Move only U to bring the next unsolved corner to that same location. The cube may look temporarily broken; do not rotate the whole cube or interrupt the sequence.
Repeat for one upper-front-right corner until its yellow sticker faces up; use U to bring the next corner forward. This technique assumes the corners have already been correctly positioned.
For a fully reliable first solve, use a complete beginner last-layer method consistently. Our on-screen tutor currently provides move practice and recorded-move reversal; it does not yet diagnose a novel physical cube state automatically.
- Every piece matches the three surrounding center colors where applicable.
- You can explain the difference between a correctly placed and correctly oriented corner.
Troubleshooting your first solve
My white face is solid but the sides are wrong. Some corners or cross edges are in the wrong positions. Solve them against center colors.
My sequence makes things worse. Check whether prime means counterclockwise from that face’s viewpoint. Keep the same front face throughout the algorithm.
One edge appears flipped or one corner twisted. A single isolated flip or twist is impossible with legal turns on a normal assembled 3×3. Check for an incorrectly reassembled puzzle.
What next? Practise recognition before speed. Once you can solve consistently, learn efficient cross planning and finger tricks.