Progress Dashboard

0 sessions tracked · 3x3 Speed Solving

Current AO12

Last 12 solves

Current AO100

Last 100 solves

Best Single

All-time best

Progress to GoalTarget: 20.00s

Not enough solves to calculate AO100 yet

Growth Prediction

🎯 Chasing Sub-20

Stability Status
Efficiency Ceiling
gap 1.7sbench 3.24.8s

Consistency is strong, but improvement has stalled. Sub-optimal move efficiency or technique ceiling is likely limiting further AO100 drops.

Phase

Sub-30 → Sub-20

Plateau

🧭 Typical at this level

  • Smooth Cross-to-F2L transition
  • Continuous solve flow
  • Reduced hesitation before the first pair

🎯 Recommended focus

  • Focus on fluid transitions rather than burst TPS
  • Eliminate the pause after finishing the cross
  • Drill F2L cases until automatic
Sub-20s goal

~2,871

solves remaining

65 sessions at your current pace

But first:

Sub-25s

~123

solves to next milestone

3 sessions

Why ~2,871 solves?
Gap to close25.8s → 20.0s = 5.8s
Improvement rate4.31ms / solve(152d, 2,078 solves)
Base estimate5.8s ÷ 4.31ms = 1,340
Difficulty scaling×2.14
Estimate~2,871 solves

Your improvement rate is the biggest variable. A slower rate dramatically increases the estimate even when the gap is smaller.

You're entering advanced-level gains. Progress naturally slows.

medium confidence

Estimate based on recent trends. More sessions improve accuracy.

Based on solve data as of Jun 7, 2026

Performance Trend & Forecast

AI Performance Insight

Performance Interpretation

Your AO100 is 25.78s, but your stability is declining. A stddev of 5.259s that is worsening by 1.713s shows you are losing control over your solve variance. You are currently facing a structural plateau.

Primary Focus

You must prioritize algorithm efficiency to resolve the efficiency_bottleneck. The 1.74s gap between your session average and AO100 shows you can hit fast times, but you lack the efficiency to make them your norm. Reducing move count will stabilize your floor.

Practice Strategy

Complete 20 slow-turn solves per session where you forbid any pauses between steps.

Spend 15 minutes daily drilling your slowest PLL algorithms until the finger tricks are subconscious.

This targets the recognition lag causing your variance.

Mindset

Your session average of 24.04s proves you have the raw speed to maintain a sub-25 average. The capacity is already there.

Risk

A worsening consistency trend of 1.713s is your biggest threat. Without stabilizing your stddev, your average will stagnate despite occasional fast solves.

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