Perform the T-Perm Algorithm on Your Cube - Fun at-home activities for Kids.

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Perform the T-Perm Algorithm on Your Cube

Learn and perform the T-perm algorithm on a 3x3 Rubik's Cube, practicing hand motions, pattern recognition, and tracking piece positions.

Table of contents

Step-by-step guide to perform the T-Perm algorithm on your cube

What you need

3x3 rubik's cube, flat surface, adult supervision required

Step 1

Place your solved 3x3 Rubik's Cube on the flat surface with the white face on top and the green face facing you.

Step 2

Pick two stickers to watch during the moves: one on the top-front-right corner and one on the front-center edge.

Step 3

Turn the right face clockwise once (R) to practice the R move.

Step 4

Turn the right face counterclockwise once (R') to practice the R' move.

Step 5

Turn the top face clockwise once (U) to practice the U move.

Step 6

Turn the top face counterclockwise once (U') to practice the U' move.

Step 7

Turn the front face clockwise once (F) to practice the F move.

Step 8

Turn the front face counterclockwise once (F') to practice the F' move.

Step 9

Turn the right face 180 degrees once (R2) to practice the R2 move.

Step 10

Slowly perform the full T-perm algorithm exactly as written: R U R' U' R' F R2 U' R' U' R U R' F'.

Step 11

Look at the two stickers you picked and say out loud where each sticker moved after the algorithm.

Step 12

Repeat the full T-perm algorithm two more times at a steady slow speed to build finger-memory while watching the same stickers.

Step 13

Share your finished T-perm practice and what you learned on DIY.org.

Help!?

I don't have a solved 3x3 Rubik's Cube — what can I use instead?

If you don't have a solved 3x3 Rubik's Cube, use any 3x3 cube or a reliable online cube simulator and set it with white on top and green facing you before practicing the R, U, and F moves.

I keep losing track of the two stickers while doing the T-perm — how can I avoid that?

Put small removable dot stickers or mark the top-front-right corner sticker and the front-center edge, then slow down or pause between moves while you run the full algorithm (R U R' U' R' F R2 U' R' U' R U R' F') to watch their movement.

How can I change this activity for younger or older kids?

For younger kids, simplify by practicing single moves (R, R', U, U', F, F') and a short 4–6 move sequence with a larger cube, and for older kids, time three full T-perm repetitions, practice from different orientations, or progress to other PLL algorithms after sharing results on DIY.org.

Any fun ways to extend or personalize the T-perm practice?

Personalize by marking your two watched stickers with different colors, video the three steady slow repetitions to track improvement in finger-memory and accuracy, and then share your finished T-perm practice and what you learned on DIY.org.

Watch videos on how to perform the T-Perm algorithm on your cube

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HOW TO DO T PERM

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Facts about Rubik's Cube algorithms

🧩 The Rubik's Cube has about 43 quintillion possible positions (43,252,003,274,489,856,000) — that's a huge puzzle playground!

🔁 The T-perm is a PLL algorithm that swaps two adjacent corners and two adjacent edges to complete the cube's last layer.

📚 T-perm is one of the 21 PLL cases that many cubers learn in the CFOP method to solve the last layer quickly and reliably.

⌛ Skilled speedcubers practice finger tricks so they can execute T-perm in a fraction of a second during super-fast solves.

👐 Singmaster notation (R, U, F, etc.) is the common language cubers use to write and share algorithms like T-perm.

How do I perform the T-perm algorithm on a 3x3 Rubik's Cube?

Start by orienting the cube so the affected last-layer pieces match a T-perm demonstration. Memorize the algorithm: R U R' U' R' F R2 U' R' U' R U R' F'. Perform it slowly at first, watching which corners and edges move. Practice finger tricks to speed transitions, repeat the sequence until you can execute it smoothly, and verify the cube returns to a solved state for that case.

What materials do I need to learn and practice the T-perm on a 3x3 cube?

You need a standard 3x3 Rubik's Cube—preferably a smooth-turning or speed cube—plus a printed or digital copy of the T-perm algorithm. Use a clear, flat workspace and good lighting. Optional items: a timer or phone for recording practice, a spare solved cube for comparison, and cube lubricant or a small screwdriver if you adjust tensions under adult supervision.

What ages is learning the T-perm suitable for?

Learning the T-perm is generally suitable for children about 7 years and older who can follow multi-step instructions and have basic fine motor control. Younger children (5–6) can try with close adult guidance and simplified, step-by-step practice. Teens and adults also benefit; adjust teaching pace, break the algorithm into short chunks, and use demonstrations to match each learner’s attention and skill level.

What are the benefits of practicing the T-perm algorithm with my child?

Practicing the T-perm builds pattern recognition, sequencing, working memory, and fine motor skills. It strengthens concentration, spatial reasoning, and problem-solving while teaching persistence and deliberate practice. For children, mastering the algorithm boosts confidence and gives measurable progress through timed repeats or variation drills. It’s a fun way to combine cognitive skills with hand-eye coordination.

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