How To Solve Pyramid Cube

Learning to solve a Pyramid Cube, also known as a Pyraminx, might seem daunting at first glance.

I remember the initial confusion of scrambling one, unsure of where to even begin.

But with this practical guide, refined from personal experience and teaching others, you will conquer it.

Quick Overview

This guide provides a clear path to solving your Pyraminx, transforming a jumbled puzzle into a perfectly aligned one.

You will learn to identify pieces, understand basic turns, and apply simple sequences for a complete solve.

• Time needed: 15-30 minutes for your first solve, then under 5 minutes with practice.
• Difficulty: Beginner
• What you’ll need: One standard Pyraminx cube.

Step-by-Step Instructions

Step 1: Understand Your Pyraminx Pieces

Before you begin twisting, it is crucial to recognize the different types of pieces on your Pyraminx.

There are three distinct kinds of pieces that move independently.

• Tips: These are the four smallest corner pieces. They only rotate in place.
• Center Pieces: Each of the four faces has three center pieces of the same color. These three pieces always stay together on their respective face, forming a larger triangle.
• Edge Pieces: These are the two-colored pieces positioned between the centers. There are six edge pieces in total.

Pro Tip: Take a moment to identify each type of piece on your scrambled Pyraminx. This foundational understanding simplifies the entire solving process.

Step 2: Solve All the Tips

This is the simplest step and an excellent way to start building your confidence.

Each of the four tips can be rotated without affecting other parts of the cube.

Rotate each tip until its color matches the three center pieces it surrounds.

For example, if a tip is next to three red center pieces, twist that tip until its visible side is red.

Complete this for all four tips.

After this step, all your Pyraminx tips should be correctly aligned with their respective face colors.

They should match the color of the three centers they are attached to.

Step 3: Solve One Set of Center Pieces

Now, focus on aligning the three center pieces for one entire face.

Choose any color face you wish to start with, for example, the blue face.

Identify the three blue center pieces on your Pyraminx.

These are the pieces that form the larger triangle on each face, distinct from the tips.

Rotate the upper and lower layers of the Pyraminx until all three blue center pieces are on the same face.

You may need to turn the entire cube and twist different sections to achieve this.

The objective is to gather all three center pieces of your chosen color together, forming a large blue triangle.

Once you have one face with all three centers matching, consider that your “base” face.

Pro Tip: Do not worry about the edge pieces during this stage. Concentrate solely on grouping the three center pieces of your chosen color onto one face. The tips should remain solved from Step 2.

Step 4: Solve the First Layer Edges

With one set of center pieces solved (your base face), you now need to place the three edge pieces that complete this face.

Let’s assume your solved centers are blue, and this blue face is currently facing downwards.

Find an edge piece in the top layer that contains blue and another color (e.g., blue and green).

Rotate the top layer (U move) until this edge piece is directly above its corresponding position on the bottom blue face.

For a blue-green edge, position it so it sits between the green and blue centers on the top layer, above where it needs to go on the bottom.

Now, you will use a simple sequence to insert this edge piece.

The sequence depends on which side the blue color of the edge piece is facing.

Case 1: Blue on Right (The blue side of the edge piece is on the right face of the top layer)

R U R’ U’ (Right layer up, Upper layer clockwise, Right layer down, Upper layer counter-clockwise).

Case 2: Blue on Left (The blue side of the edge piece is on the left face of the top layer)

L’ U’ L U (Left layer down, Upper layer counter-clockwise, Left layer up, Upper layer clockwise).

Repeat this process for the other two blue edge pieces.

If an edge piece is already in the bottom layer but incorrectly oriented, use either sequence to bring it out to the top, then re-insert it correctly.

After this step, your entire base face (e.g., blue) should be completely solved.

This includes the tips, the three center pieces, and all three edge pieces.

Step 5: Orient the Remaining Edge Pieces

Hold your Pyraminx with the solved face (e.g., blue) at the bottom.

You should now have three edge pieces remaining in the top layer that need to be solved.

These edges might be in the correct position but flipped, or in completely wrong positions.

Your goal here is to get each of these three edges into its correct slot, even if it is still flipped.

Look at the three edge pieces in the top layer.

Identify where each edge piece should go based on the colors of the surrounding center pieces.

Often, one or more edges might already be in their correct slot, but perhaps the colors are not aligned correctly.

If an edge is in the correct slot but flipped, proceed to the next step.

If all three edges are in the wrong slots, you will need to cycle them using the algorithms in Step 6.

Pro Tip: Sometimes, simply rotating the top layer (U moves) can correctly position one or two edges. Always check this possibility first before applying algorithms.

Step 6: Solve the Last Three Edges (Using Algorithms)

This is the final and often most challenging part, requiring one of two simple algorithms.

Hold the Pyraminx with the solved face (e.g., blue) at the bottom.

The top layer now contains the three edges you need to solve.

Case A: One Edge is Solved (or correctly placed and oriented)

If one edge in the top layer is already correctly solved (its colors match, and it is in the right spot), hold the cube so this solved edge is at the back.

The other two edges will need to swap or cycle.

Algorithm for Counter-Clockwise Cycle: If the front-right edge needs to move to the front-left, and the front-left needs to move to the back, use:

R’ L R L’ (Right layer down, Left layer up, Right layer up, Left layer down).

Algorithm for Clockwise Cycle: If the front-left edge needs to move to the front-right, and the front-right needs to move to the back, use:

L R’ L’ R (Left layer up, Right layer down, Left layer down, Right layer up).

Case B: No Edges are Solved (or correctly placed and oriented)

If none of the three edges in the top layer are correctly solved, you can use either of the above