Overall Readiness
72/100
Medium
Peak Level (Proven)
88/100
High
Access Gap
16 points
Moderate — Timing under conflict
Current readiness is solid, but performance under pressure is below demonstrated peak capacity.
WHY the gap exists
Decision speed drops ~150ms when the read changes late (deflections, cross-to-shot flips, 1v1 switches). Right-side timing shows occasional late outliers that force emergency movement mechanics.
WHAT is limiting performance
Late commitment in chaotic situations creates half-steps and delayed set positions. Rising asymmetry and workload drift through sessions degrades timing quality when it matters most.
HOW it can be unlocked
Train commit speed when first reads are wrong. Tighten right-side consistency. Build late-session stability so decision quality and body control hold up in the final phases of matches.
REACTION & ANTICIPATION
Dive Reaction Speed & Consistency
How fast and reliable are your first movements?
Avg reaction | Dashed line = worst observed
Right-side reactions are less consistent than left, with occasional very late responses.
Coach: "On second balls and deflections, does he get a clean first move every time — or does he hesitate then explode?"
Best-Case Reaction Capacity
What's your nervous system capable of when the read is clean?
Brady is capable of very fast reactions when the read is clear.
Coach: "On routine saves with a clear read, does he look calm and early?"
DECISION TIMING & CONTROL
Commit Speed Under Conflict
How quickly do you commit when the first read changes?
Brady hesitates longer before committing when the situation changes unexpectedly.
Coach: "On plays where 'come vs stay' or 'dive vs stay central' flips late, does he commit cleanly or does he start one way, stop, then go?"
Decision Accuracy Under Complexity
How clean are your reads when the situation is chaotic?
Decision accuracy drops in complex, fast-changing situations.
Coach: "Does he commit to the wrong option early and have to adjust, or does he wait too long to commit at all?"
STABILITY & SESSION DURABILITY
Late-Session Timing Stability
Does your timing quality hold up when fatigue hits?
Reactions and decisions become less precise late in the session.
Coach: "In the last 15 minutes of training or the second half of matches, does his movement quality stay clean or does he start looking reactive?"
Left-Right Symmetry Under Load
Are both sides working equally as fatigue builds?
0 = symmetric | + = right dominant | rising = increasing asymmetry
Left and right sides become less evenly balanced as the session goes on.
Coach: "Late in sessions, does one direction feel cleaner than the other — or do his landings on one side look messier?"
Secondary Detail
Late-Session Timing Degradation
How much does timing quality drop from fresh to fatigued?
Timing holds reasonably well through the first 30 minutes, then begins steady decline. By minute 50, you're operating in the risk zone.
Coach: Build in micro-resets after high-intensity actions late in sessions. One consistent 10-15 second reset can prevent timing from spiraling.
Brain-Body Convergence
Is the body doing what the brain is asking it to do?
When decisions are fast, movements are clean. When decisions slow down (conflict scenarios, late-session), movement quality becomes inconsistent.
Coach: Focus training on maintaining decision speed even when tired. Quality collapses when commit timing slows — keep the first move decisive.
Emerging Risk Flags
Right-Side Late Outliers
Performance + Injury68/100
Occasional 500ms+ reactions on right force emergency mechanics
Conflict Decision Delay
Performance72/100
150ms slowdown when reads change creates late commits and half-steps
Late-Session Asymmetry Drift
Injury58/100
Motor drive becomes imbalanced under sustained load
Timing Degradation Window
Performance + Injury64/100
Quality drops 15-20 points in final phase of sessions
Workload Accumulation
Performance52/100
Neural cost rises without plateauing — limited within-session adaptation
Multiple performance and injury risk factors active — prioritize conflict commit training and right-side consistency.
Coach: Focus on the highest-severity flags first. Build late-session stability to reduce cascading degradation.