Neural Tap Tests

Note on Scores: Benchmark categories (Elite, Average, etc.) are indicative metrics. Focus on your daily performance relative to your personal baseline established over time for reliable readiness monitoring.
module / neural / finger_tap_tests

Finger Tap Tests: Reaction & Readiness


Monitor neural readiness and Central Nervous System fatigue through standardized finger tap protocols. The suite includes Open-Loop (self-initiated) and Closed-Loop (signal-driven) metrics, leveraging Visual and Acoustic stimuli to evaluate motor recruitment. Analyze explosive output in Timed trials or measure rate of decay in Exhaustion (Fatigue) tests.
Tip: Use only the dominant index finger when tapping, with the pad of the finger.

10" TAP Cyclic
20" TAP Fatigue
REACTIVE 3" Visual
REACTIVE 20T Visual
REACTIVE 3" Acoustic
REACTIVE 20T Acoustic
Ready?
10.0s
0 taps

Neural Performance Analytics

Neural Metric Latest Result Benchmark / Source
OPEN-LOOP (FREE START)
Neural Capacity (10s) -- No Data
Neural Decay (20s) -- No Data
Peak Frequency (1s) -- No Data
CLOSED-LOOP (SIGNAL START)
Best Reaction Time -- --
Worst Reaction Time -- --
Avg Reaction Time -- --
Best 3" Tap Test -- --
Best 20 Tap Test -- --
Peak Frequency (1s) -- --
NEURO-COGNITIVE METRICS
Sensory Dominance -- No Data
module / neural / methodology

Finger Tap Test: Neural Readiness & Signal Power


The Finger Tap Test (FTT) is a high-precision metric for monitoring Central Nervous System (CNS) Readiness. Unlike muscular recovery, which is felt through soreness, CNS fatigue is an "invisible" drop in the brain’s ability to recruit motor units and maintain high-frequency output.

1. Neural Drive & Motor Output

The FTT bypasses metabolic fatigue to measure the efficiency of your "Biological Software":

  • Cortical Excitability: Evaluates the motor cortex's capacity to fire rapid, repetitive signals.
  • Signal Conduction Speed: Measures the velocity of the neural impulse from the brain to the peripheral muscles.
  • Pre-motor Inhibition: In a state of overreaching, the CNS activates protective "brakes" (Amann & Dempsey, 2008). A drop in frequency is a direct indicator of reduced neural drive and a diminished "fight-or-flight" response.

2. Performance Protocols


Select the protocol based on your specific training block:

A. Explosive Power (10" Max Rate)

  • Metric: Maximum Tapping Rate (MTR).
  • Focus: Best for sprinters and power athletes. Measures if your nervous system is "primed" for high-velocity sessions (Hubel et al., 2013).
  • Benchmark: Pure speed output.

B. Neural Stamina (20" - 30" Fatigue Index)

  • Metric: Frequency Decay (Drop-off between start and finish).
  • Focus: Evaluates the capacity to maintain high-frequency motor output under sustained workload (Strauss et al., 2006). Essential for CrossFit and combat sports.
  • Benchmark: Resistance to CNS "fade."

C. Task-Based Efficiency (Fixed Target)

  • Metric: Completion Time (Total time to hit 50 taps).
  • Focus: Measures the brain's management of a predefined workload and coordination under pressure (Witt et al., 2008).
  • Benchmark: Mechanical efficiency and focus.

3. Programming & Load Management


Compare today’s score against your 5-Day Performance Baseline.

Performance Delta CNS Status Training Adjustment
+2% to -5% Green Light Optimal Readiness. High-intensity/Max Effort sessions recommended.
-5% to -10% Yellow Light Cumulative Fatigue. Shift to technical work or sub-maximal volume.
Over -10% Red Light Neural Invalidation. High risk of technical breakdown. Switch to active recovery.