Progress Dashboard

9 sessions tracked · 115 solves · 3x3 Speed Solving

Current AO12

65.28s

Last 12 solves

Current AO100

67.41s

Last 100 solves

Best Single

43.31s

All-time best

Progress to Goal67.41s / 20.00s
0% to sub-20

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
April 2026Latest43.31s60.91s67.41s
March 202654.15s67.47s
February 202645.82s64.63s

Growth Prediction

🎯 Chasing Sub-20

Stability Status
Balanced Growth
gap -0.1sbench 6.49.6s14d -460.0ms/day

Recognition and execution are aligned within the expected range. Improvement here comes from technique refinement rather than raw speed development.

Phase

Beginner → Sub-60

Sub-30 → Sub-20

3 tiers
Stable Growth

🧭 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

~47,772

solves remaining

3,739 sessions at your current pace

But first:

Sub-66s

~13

solves to next milestone

1 sessions

Why ~47,772 solves?
Gap to close67.4s → 20.0s = 47.4s
Improvement rate38.00ms / solve(28d, 15 solves)
Base estimate47.4s ÷ 38.00ms = 1,248
Difficulty scaling×38.29
Estimate~47,772 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.

More recent solves improve forecast accuracy.

low confidence

Solve prediction improves with consistent recent sessions.

Based on solve data as of May 2, 2026

Performance Trend & Forecast

AI Performance Insight

Performance Interpretation

Current average solve times, reflected in the 67.41s AO100, are closely aligned with recent performance, indicated by the 67.49s median of the last three AO12s. The minimal gap of -0.08s to the target suggests consistent execution. A standard deviation of 11.248s across the last 100 solves indicates variability, though this has remained unchanged from the prior measurement.

Primary Focus

Reducing solve-to-solve time fluctuations is the primary area for improvement. While the 14-day and 30-day slopes of -0.46 s/day demonstrate a consistent decline in average times, the 11.248s standard deviation suggests that this improvement is not yet fully stabilized. Addressing this variability will likely yield further reductions in average solve times.

Practice Strategy

Implement a slow-turn drill, focusing on maintaining consistent tension and smooth rotations throughout each step of a solve.

Practice cross solves, aiming for a consistent first-pair orientation time under 3 seconds.

Record and analyze these practice solves to identify specific areas of inconsistency.

Mindset

The current trajectory indicates a stable improvement pattern. The tiered gap of 3 suggests a reasonable progression towards the next performance goal. Maintaining the current weekly solve volume of 4, while addressing consistency, will support continued progress.

Risk

The substantial number of solves remaining to reach the target volume (47772) indicates a long-term commitment is required. A disruption to the current practice schedule could negatively impact the established downward trend.