Progress Dashboard

10 sessions tracked · 701 solves · 3x3 Speed Solving

Current AO12

11.37s

Last 12 solves

Current AO100

11.16s

Last 100 solves

Best Single

7.28s

All-time best

Progress to Goal11.16s / 11.00s
99% to sub-11

Performance Over Time

Latest 20 Solves

Click a dot to see scramble

Daily AO12

Daily AO100 & Mean

Monthly Stats

Includes historical & solve-based data

MonthBest SinglePeak AO12Closing AO100
March 2026Latest7.28s10.22s11.16s
January 202611.27s

Growth Prediction

🎯 Chasing Sub-11

Stability Status
Efficiency Ceiling
gap -0.2sbench 0.81.6s14d +4.7ms/day

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

Phase

Sub-15 → Sub-10

Plateau

🧭 Typical at this level

  • Strong F2L look-ahead
  • Low-rotation solving
  • Consistent Full PLL
  • Cross occasionally planned with +1

🎯 Recommended focus

  • Eliminate all visible pauses during F2L
  • Track the next pair before finishing the current insertion
  • Reduce rotation count
Sub-11s goal

~1,097

solves remaining

16 sessions at your current pace

Why ~1,097 solves?
Gap to close11.2s → 11.0s = 0.2s
Improvement rate0.28ms / solve(7d, 386 solves)
Base estimate0.2s ÷ 0.28ms = 561
Difficulty scaling×1.951.8 wall included)
Estimate~1,097 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.

low confidence

Forecast will stabilize with more sessions.

Based on solve data as of Mar 17, 2026

Performance Trend & Forecast

AI Performance Insight

Performance Interpretation

Current average solve times, indicated by the 11.16s AO100, are 0.21s below the target. However, performance progression has reached a plateau, as evidenced by both the 14-day and 30-day slopes of 0.004671 s/day. The solve standard deviation of 1.498s, while not increasing, suggests consistency gains are limited.

Primary Focus

Improve solve efficiency. The 'efficiency_bottleneck' stability state, combined with the plateau in performance, indicates that reducing variability within individual solves will yield the greatest improvement. A standard deviation of 1.498s suggests substantial time is lost to inconsistent execution.

Practice Strategy

Implement slow-turn drills focusing on fingertricks and move precision.

Practice 30-minute blocks of cross solves, aiming for consistent execution times under 2 seconds.

Supplement with lookahead training, focusing on identifying the next step during move execution.

Mindset

The current performance level is already below the target, demonstrating existing capability. Addressing the identified efficiency limitations represents a focused path toward further improvement. Maintaining current volume (386 weekly solves) will provide sufficient data for evaluating the impact of practice adjustments.

Risk

Continued plateauing despite high solve volume may indicate a need to reassess fundamental technique. Ignoring the 'efficiency_bottleneck' diagnosis could lead to stagnation, as gains from increased speed will be offset by inconsistent execution.