Performance Over Time
Latest 20 Solves
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Daily AO12
Daily AO100 & Mean
Monthly Stats
Includes historical & solve-based data
Growth Prediction
🎯 Chasing Sub-15
Recognition and execution are aligned within the expected range. Improvement here comes from technique refinement rather than raw speed development.
Sub-20 → Sub-15
🧭 Typical at this level
- • Full cross planning (4 pieces)
- • Beginning Cross+1 inspection
- • Basic look-ahead during F2L
🎯 Recommended focus
- • Slow down turning to develop look-ahead
- • Execute known F2L pairs "blindly"
- • Minimize rotations during F2L
~7,641
solves remaining
≈ 42 sessions at your current pace
Sub-17s
~769
solves to next milestone
≈ 4 sessions
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.
Forecast will stabilize with more sessions.
Based on solve data as of Mar 24, 2026
Performance Trend & Forecast
AI Performance Insight
Current performance is centered around 17.82 seconds, with recent consistency indicated by a solve standard deviation of 2.442 seconds over the last 100 solves. The 14-day and 30-day trends both show a decrease of 0.12369 seconds per day, suggesting a stable improvement pattern. The gap of 0.73 seconds to the target indicates progress is being made, but further refinement is needed.
The diagnosis tags indicate performance is limited by execution efficiency. While the downward trend is positive, the standard deviation suggests variability in execution is preventing faster times. Reducing this variability will likely yield the most significant gains, given the current growth trajectory.
Implement slow turning drills focusing on pause accuracy before each turn, aiming for consistent finger movements.
Practice block building with a metronome, gradually increasing speed while maintaining accuracy.
Incorporate lookahead practice during solves, focusing on identifying the next step while executing the current one.
The current phase and goal are aligned, indicating a clear progression path. Maintaining the current weekly solve volume of 865 solves will require sustained effort, but is consistent with the observed improvement rate. Achieving the target requires approximately 7641 additional solves at the current rate.
The stable growth velocity, while positive, could plateau if the efficiency limitations are not addressed. A standard deviation that remains constant while the average time decreases suggests the solver is consistently hitting a performance ceiling.