Topic cluster
Get faster at 3x3
Turn a slow average into a measurable training plan for cross, F2L, and last layer.
Start here
Step 1
How to Get Faster at Cubing
Stuck at the same Rubik's Cube times? Learn exactly how to get faster at cubing: find where you lose time, fix F2L pauses, and train with AI solve analysis.
Step 2
How to Get Sub-20 on the 3x3
A phase-by-phase sub-20 plan built around Cross inspection, F2L pause diagnosis, dependable last-layer cases, and measured practice.
Step 3
How to Improve F2L Lookahead
Learn F2L lookahead with slow solves, targeted drills, and AI pause detection so you can find the next pair while finishing the current one.
Step 4
How to Plan the Cross During Inspection
Learn how to use 15-second inspection to plan the full cross: choose a color, track four edges, solve in 8 moves or fewer, and start F2L without a pause.
Step 5
How an AI Speedcubing Coach Can Improve Your 3x3 Practice
Learn what an AI speedcubing coach can help with: identify weak phases, build focused drills, and turn your 3x3 solves into an actionable practice plan.
Step 6
How to Analyze a Rubik's Cube Solve and Find Your Next Drill
Learn how to analyze a Rubik's Cube solve by phase, pauses, rotations, and recognition so each practice session targets the reason your 3x3 average is stuck.
Go deeper
How to Calculate TPS in Cubing
TPS is moves divided by seconds, but it only helps when the move count and solve segment are comparable. Learn how to measure it without chasing empty speed.
How to Become Color Neutral in Speedcubing
A gradual, measurable way to add cross colors without turning every solve into an inspection scramble.
CFOP Solve Splits by Speed
Phase timing targets that turn a vague plateau into a concrete practice plan.
Speedcubing Fingertricks
How fast turning actually works: efficient movement, fewer regrips, and controlled TPS.
How to Get Sub-15 on Rubik's Cube
The advanced CFOP priorities that matter after sub-20 stops being enough.
How to Get Sub-30 on Rubik's Cube
A focused roadmap for moving from beginner-method solves to a consistent sub-30 average.