How to Solve a Rubik's Cube: the Beginner's Method Explained

Yes, you can solve a Rubik's Cube — and you don't need a maths degree or a freakish memory to do it. The standard route is the beginner's layer-by-layer method: seven small stages, four short algorithms, and everything else done by looking. Most people who put in a weekend of practice get there.

This guide walks through the method honestly — what each stage does, where the algorithms come in, and the moment near the end where almost everyone panics unnecessarily. If you'd rather learn by doing, the same method is taught interactively in our free lessons.

Solve pieces, not stickers

The most useful mental shift is to stop seeing 54 stickers and start seeing 26 pieces:

• 6 centres — one per face, and they never move relative to each other. The white centre is the white face (white sits opposite yellow, green opposite blue, red opposite orange).
• 12 edges — the pieces with two stickers.
• 8 corners — the pieces with three stickers.

Because the centres are fixed, every edge and corner has exactly one home — a white-and-green edge belongs in one place and nowhere else. You are never painting patches of colour; you are moving whole pieces into their homes. Once that clicks, the cube stops being chaos and starts being a filing problem.

What do the letters mean?

Cube instructions use a simple letter code: U D L R F B name the six faces (up, down, left, right, front, back). A letter alone means a clockwise quarter turn of that face, an apostrophe (R') means anticlockwise, and a 2 (U2) means a half turn. That's all you need for this guide — the full system is decoded in our notation explainer.

The first layer: white cross, then white corners

The first layer is solved in two stages. Stage one is the white cross: bring the four white edges around the white centre, making sure each edge's side colour matches the centre it touches. This part is intuitive — you look, you think, you turn.

Stage two places the white corners. Sit a white corner in the top layer directly above its home slot, then repeat the famous trigger R U R' U' until the corner drops in correctly. This four-move sequence is your first algorithm, and it reappears everywhere in cubing.

The middle layer

The middle layer needs just four edges, and one procedure handles them all. Find an edge in the top layer with no yellow sticker, rotate the top until its front colour matches a centre, and insert it down to the left or right with a short trigger-based sequence (one version for each direction — mirror images of each other). Four edges in, and two-thirds of the cube is solved.

The last layer: four stages, three algorithms

The last layer is where the beginner method earns its keep — four small stages, each with one job.

1. Make the yellow cross. Repeat F R U R' U' F' and the yellow pattern on top grows from a dot, to an L, to a line, to a full cross.
2. Match the yellow edges to their centres using the Sune: R U R' U R U2 R'.
3. Place the corners. Get each yellow corner into its correct location — between the right three centres — even if it sits twisted; one repeated sequence cycles corners until all four are home.
4. Twist the corners. Hold a wrongly-twisted corner at the front-right and repeat R' D' R D until yellow faces up. Then — and this is the crucial bit — turn only the top layer to bring the next corner into that same spot, and repeat.

A warning about that final stage: midway through, the rest of your cube will look destroyed. This is normal. The sequence borrows pieces and pays every one of them back — the moment the last corner twists into place, the whole cube snaps back to solved. The biggest beginner mistake is assuming it has gone wrong and "fixing" it halfway. Trust the process.

How long does it take to learn?

Honestly: about a weekend. With a guide open, your first assisted solve can happen the day you start; the rest of the weekend is repetition until the steps stick and the guide can be put away. Your solutions will run somewhere between 100 and 200 moves, which is nowhere near efficient — and doesn't need to be. Speed comes later, if you want it: see our comparison of CFOP, Roux and the beginner method for what to learn next.

Where do people get stuck?

Three sticking points account for most abandoned cubes. The first is last-layer panic: the first two layers reward intuition, then the last layer suddenly demands algorithms and feels like a different puzzle. It isn't — it's four small stages with one job each. Take them one at a time.

The second is the "my cube is broken" moment during corner twisting, covered above. Only turn the top layer between corners and it will resolve itself.

The third is rarer but crueller: a cube that genuinely cannot be solved. If a corner has been twisted in place or a popped piece was pushed back the wrong way round, no sequence of turns will ever fix it — reassemble a cube at random and only 1 in 12 assemblies is solvable. If you've followed every step twice and the last corner still won't come right, read why your cube might be unsolvable — our solver checks for this and names exactly what's wrong.

Learn it by doing

Reading about the seven stages is the map; turning a cube is the journey. This guide exists as interactive lessons where you practise each stage on a cube you can turn in the browser. Got a scrambled cube in front of you? Paint it into the free solver and watch the beginner method play out on your scramble, move by move. And once you can solve unaided, try the scramble challenge — hints included, pressure optional.