🚀
Velocity
0
↑ College-level
🌀
Spin Rate
0
↑ High efficiency
⚡
Spin Efficiency
0%
↑ True spin
🎯
Consistency
0%
↑ Highly stable
📍
Release Height
0
→ Standard slot
🛡️
Injury Risk
Low
↓ Minimal signals

📊 Mechanical Assessment

📈 Kinetic Chain Efficiency

📋 Detailed Metrics

Metric Value Accuracy Status
Stride Length 65 in (88%) ± 3 in Excellent
Knee Lift Height 62% ± 2% Excellent
Hip-Shoulder Separation 38° ± 4° Good
Shoulder Layback (ER) 174° ± 5° Excellent
Trunk Lateral Tilt 22° ± 3° Good
Lead Leg Knee Flexion @ FS 46° ± 2° Moderate
Elbow Flexion (Cocking) 94° ± 5° Monitor
Metric Value Accuracy Status
Pelvis Rotation Velocity 680 °/sec ± 50 Good
Torso Rotation Velocity 1050 °/sec ± 75 Excellent
Shoulder IR Velocity 4400 °/sec ± 200 Excellent
Elbow Extension Velocity 2300 °/sec ± 150 Excellent
Forearm Pronation Velocity 1800 °/sec ± 100 Excellent
Hand Speed at Release 64 MPH ± 2 MPH Good
Metric Value Accuracy Status
Ball Velocity 89.4 MPH ± 0.5 Excellent
Spin Rate 2250 RPM ± 100 Excellent
Spin Efficiency 94% ± 3% Excellent
Spin Axis 1:15 Tilt ± 15 min Good
Horizontal Break 8 inches ± 2 in Good
Vertical Break (IVB) 16 inches ± 2 in Strong

🔍 Pitcher State & Risk Signal Suite

Mechanical Integrity Index Moderate

Energy transfer is ~85-90% efficient. Slight early hip rotation limits max velocity separation. Elbow cocking angle >90° places increased stress on UCL.

Fatigue & Degradation Signal None

No velocity degradation detected. Torso rotation consistent across sample. No posture sag or release drift observed.

Consistency Volatility Score Stable

Stride length shows ~4% variance (highest). Arm slot, knee lift, and max ER show <2% variance. Within acceptable tolerances.

Cognitive Load Indicator Low

Rhythmic and fluid tempo. Time from first movement to peak knee lift consistent within 0.1s. No hesitation or micro-adjustments.

Regime Shift Alert Inactive

No mechanical regime shift detected. Operating within single, stable mechanical pattern throughout the session.

💡 Summary & Key Insights

Overall Assessment: Hayden Tarsia displays a repeatable, college-level delivery with high consistency in the upper half (arm path/slot) but slight variability in the lower half (stride length/hip timing). The delivery is mechanically sound with excellent spin characteristics.

  • Strength: Excellent shoulder layback (174°) enables elite "whip" action and velocity potential
  • Strength: High spin efficiency (94%) with strong vertical break (16 in) creates riding fastball profile
  • Strength: Excellent release point consistency (<2" variance) indicates strong proprioception
  • Watch: Early hip-shoulder separation (12°) causes minor elastic energy leak - focus on hip delay drills
  • Watch: Stride length drifts from 88% to 84-85% during session - monitor leg fatigue and conditioning
  • Note: Elbow cocking angle >90° is common velocity enhancer but warrants UCL stress monitoring