Solve the Last Layer / Third Layer - 3x3 Cube Tutorial - Only 4 moves to learn - Easy Instructions

Storyline / Goal

The video is a step-by-step tutorial focused on solving the last layer (yellow face) of a 3x3 Rubik’s Cube in a simplified way, assuming the first two layers are already solved.

The objective is to:

1. Create the yellow cross
2. Match yellow edges with their side colors
3. Place yellow corners in the correct locations
4. Twist yellow corners to finish the cube

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Gameplay / Core Technique (Last Layer Workflow)

1) Make the Yellow Cross (ignoring corners)

After the second layer is solved, focus only on the yellow center + edge pieces (not corners). You may see one of four patterns:

• Yellow dot (center only)
• Yellow hook / L
• Yellow bar / line
• Yellow cross (already complete)

Key algorithm (same start moves for all these states)

Use the same sequence to begin, then advance stage-by-stage:

1. Front clockwise
2. Right up
3. Top left
4. Right down
5. Top back to the right
6. Front counterclockwise

Progression logic

• Hook → Bar: Use the same move sequence, oriented so the hook sits in the top-left position.
• Bar → Cross: Ensure the bar is horizontal (rotate the top layer if needed), then apply the same move sequence with yellow on top.

Result: you obtain the yellow cross.

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2) Match Yellow Edges to side centers

With the cross formed, check which edge pieces match the centers directly beneath them (the video provides an example such as orange/blue matching).

Process

• Rotate the top layer until you get exactly two matching edges.
• Identify whether the two matching edges are:
  • Across from each other, or
  • Next to each other

Key edge-progress algorithm (right-side orientation as in the video)

Use repeatedly (with top-layer rotations between runs) to move from across → next to → all four:

1. Right side up
2. Top to the left
3. Right side down
4. Top to the left
5. Right side up
6. Top two times
7. Right side back down

A memory hint is given for this sequence:

“up-over-down-over-up-over-over-down”

Repeat the algorithm, rotating the top layer as needed, until all four yellow edges match.

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3) Place Yellow Corners into the correct positions (orientation not yet required)

Now you focus on corners. The video teaches two checks:

• Corners that are already correct in both place and orientation
• Corners that are in the right spot but facing the wrong way

If none are correctly placed

Use this corner-positioning sequence:

1. Top to the left
2. Right up
3. Top back to the right (knocks off a white piece)
4. Left up
5. Top back to the left (knocks off a white piece)
6. Right down
7. Top back to the right
8. Left down

Then:

• Look again for a corner that matches.
• Continue repeating until all four corners are in the correct corner positions (even if not oriented).

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4) Twist Yellow Corners to finish the cube

Before the final step:

• Ensure the yellow cross is matched
• Ensure yellow corners are in the correct locations
• Corners may still be misoriented

Final twisting setup

• Put a corner that still needs correction into the front-right of the yellow side.
• Lock the cube so only turns are needed on the Right face and Bottom face.

Key final algorithm (repeat as needed)

1. Right side down
2. Bottom to the left
3. Right side up
4. Bottom to the right

Process

• Do the 4-move sequence twice, then check if that corner is solved.
• If not, repeat the 4-move sequence more times.
• Rotate the top layer to bring another unsolved corner into the same target position.
• Repeat until every yellow corner is correctly oriented.

Completion occurs once the last checked corner turns solved after repeating/rotating.

Extra note from the video: If the two needed-to-fix corner pieces are opposite corners, position one of them into the target spot and apply the same “right/down-bottom-left / right-up / bottom-right” routine until solved.

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Key Tips Highlighted

• Don’t worry about corners while making the yellow cross.
• Always rotate the top layer to orient patterns (dot/hook/bar and matching edges) before applying the same move sequence.
• For edges: you may need to apply the edge algorithm multiple times, checking after each.
• For corners: first ensure corners are in the right places, then twist them in the final phase.

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Gamers / Sources Featured

No specific gamer, streamer, or external source names were mentioned in the provided subtitles.