Performance Dashboard: Athlete #445
Current Season Best
9.98s
Proven Peak Capability
9.76s
Unlockable Performance Gap
0.22s
This assessment identifies where this gap exists in the nervous system — and what unlocks it.
Performance constraints become most visible under fatigue and repeated rounds rather than early execution.
WHY the gap exists
Neural constraints limiting consistent peak execution
WHAT is limiting performance
Asymmetry, incomplete activation, initiation imbalance
HOW it can be unlocked
Targeted neural priming and state access (not more speed work)
BRAIN-BODY INTEGRATION
Bilateral Drive Balance
vs Elite Benchmark
Your right side is doing more of the work. This makes movement feel smooth, but it limits how quickly and powerfully you can start.
Left-side drive is under-recruited by 12% relative to the right.
Neural Coordination
Hemispheric Balance
Left
Motor/Logic
Right
Visual/Spatial
Your brain favors the right side, which helps rhythm but makes starts and transitions less balanced.
Coordination favors the right side, creating an initiation imbalance.
Visual-Motor Stability
Sensory-motor timing consistency under load
±18ms
Current Variability
Timing between what you see and how you move becomes inconsistent under load.
Visual-motor timing is inconsistent under load, limiting repeatable execution quality.
STATE ACCESS & AROUSAL BALANCE
Arousal Balance (HRV)
vs Elite Benchmark
Prime Zone
Your system is calm and recovered, but not switched on enough for explosive performance.
Average arousal is recovery-dominant and slow for explosive output.
State Transition Efficiency
Baseline to Peak Output
You can shift into high performance, but it doesn't happen quickly or reliably yet.
Transition speed is inconsistent, limiting reliable access to peak performance.
Physiological Readiness
Capacity vs. Activation
Tank Capacity
100%
Full
Engine RPM
25%
Idle
You have plenty of energy available, but you're not using it yet.
Energy availability is high and not the limiting factor.
BRAIN PERFORMANCE
Reaction Speed: Capacity vs Access
The Spectrum
Avg Athlete
450ms
Typical Expression
315ms
Peak Demonstrated
230ms
You have world-class reaction speed, but you don't access it every time.
Elite reaction speed exists; access is state-dependent rather than constant.
Competitive Pressure Response
Clutch Factor
Low Pressure
~547ms
+48ms
High Pressure
~499ms
You perform better when the stakes are high, which means pressure helps unlock your best state.
You rely on competitive stakes to access peak state.
Activation Level (Flow Threshold)
Baseline Activation to Elite Flow
Typical
Expression
Peak
Demonstrated
You reach flow at times, but you don't stay there consistently.
You can enter flow, but you don't live there yet.
Primary Unlock Levers
Improve left-side neural and sensory-motor recruitment
Train rapid arousal up-shift for explosive execution
Reduce neural cost under fatigue to stabilize late-round performance