2D Biomechanical Kinetic Sandbox
Real-time cleat-shear & torque solver
STATUS: READY
SURFACE: MetLife Turf (Synthetic Silt-Infilled)
CLEAT LOCK: ENGAGED
VELOCITY: 18.4 mph
SURFACE: MetLife Turf (Synthetic Silt-Infilled)
CLEAT LOCK: ENGAGED
VELOCITY: 18.4 mph
Peak Deceleration
6.82
G-Force on Plant
Turf Shear Stress
42.1
PSI (Lock resistance)
Rotational Release
115
Milliseconds (Stud release)
Flip Stability Index
Moderate Risk - High Traction Lock
Turf vs Grass delta
Biomechanical Engineering Verdict
High cleat engagement on artificial turf increases rotational resistance during dynamic aerial transitions.
Biomechanical Physics Controls
LIVE FEED
0.85
0.40 (Wet Grass)
0.85 (MetLife Synthetic)
1.20 (High-Tack Dry)
18.4 mph
215 lbs
Molded Multi-Stud
42.0°
NFL Stadium Surface Friction & Lower Extremity Shear
| Surface System | Friction (μ) | Shear (PSI) | Rot. Release | Type |
|---|---|---|---|---|
| MetLife Stadium | 0.85 | 42.1 | 115 ms | Synthetic Infill |
| Lambeau Field | 0.62 | 28.4 | 68 ms | Kentucky Bluegrass |
| SoFi Stadium | 0.81 | 38.9 | 102 ms | Matrix Turf |
| Bank of America | 0.88 | 44.8 | 126 ms | FieldTurf Core |