Overall Readiness
81/100
High
Peak Level (Proven)
89/100
High
Access Gap
8 points
Moderate — Fatigue-driven asymmetry
Current readiness is high with strong baseline capacity. Minor fatigue-driven asymmetry present but within elite performance range.
WHY the gap exists
Late-session timing stability declines and bilateral motor control shifts right-dominant under cognitive load. Right-side neural drive increases when processing demands accumulate, and decision speed slows when visual information conflicts.
WHAT is limiting performance
Bilateral symmetry endurance under sustained cognitive pressure and interference resolution speed in complex visual scenarios. Early-session capacity is strong, but accessing peak performance consistently when fatigued or processing chaos creates the 8-point gap.
HOW it can be unlocked
Train bilateral motor control specifically during fatigued states (late in sessions after cognitive load). Build interference resolution speed through chaos-based decision training. Structure sessions to place precision demands after accumulated load rather than when fresh.
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 (>280ms).
Coach: "On film, does he show any micro-hesitation or delayed push-off on right-side dives when there are multiple bodies in his sight line?"
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: "Can he access that 183ms speed more consistently on complex plays, or only when it's a clean breakaway?"
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 film, when crosses get crowded or shots deflect, do you see a split-second freeze before he commits his dive or line movement?"
Decision Accuracy Under Complexity
How clean are your reads when the situation is chaotic?
Decision accuracy drops in complex, but ultimately maintains strong performance.
Coach: "When he hesitates, is the eventual decision usually correct—meaning the delay is processing time, not confusion?"
STABILITY & SESSION DURABILITY
Late-Session Timing Stability
Does your timing quality hold up when fatigue hits?
Reaction and decision become less precise late in the session.
Coach: "In the last 15 minutes of training or matches, do his set pieces or high-pressure saves look as sharp as they did early on?"
Left-Right Symmetry Under Load
Are both sides working equally as fatigue builds?
Early Session
Late Session
Scale: 0-100 | Bars show left vs right motor quality
Left and right sides become less evenly balanced late.
Coach: "Late in hard training, does he push harder with his right leg on dives or land heavier on his right side?"
Secondary Detail
Neural Drift (Session)
Timing + decision sharpness
Mental sharpness steadily declines across the session.
Coach: Watch late-session closeouts/cuts — rotate earlier or reduce stacked reps.
Brain-Body Convergence
Is the body doing what the brain is asking it to do?
The body follows the brain, but brain-driven precision slows late in the session.
Coach: This points to neural fatigue rather than coordination breakdown — manage late-game mental load.
Emerging Risk Flags
Performance Degradation Signals
Mechanical / Injury-Relevant Signals
Risk flags show late-session drift — protect quality late and monitor asymmetry.
Coach: If late reps get sloppy, shorten bursts, rotate earlier, and re-test after recovery.