Crash Dynamics Reconstructor Fox News Breaking Report Data WeatherTech Raceway Laguna Seca

Laguna Seca Porsche Crash Trajectory & Braking Physics Simulator

Kinematic forensic model of driver Manuel Gil del Real's reported Saturday morning race brake failure incident: approach descent, ramp launch, aerodynamic pitch, and safety catch-fence impact.

Simulation Running: Trajectory Solved
SPEED: 125.0 mph
ALTITUDE: 0.0 ft
G-LOAD: 1.0 G
DESCENT: -8.5° | CORNER ENTRY

Approach & Mechanical Parameters Kinematics Calibration

Presets:
125 mph
100%
0.45
-8.5°
Physics Model Context: At Laguna Seca, Turn 1 approach and the descent toward braking zones involve steep elevation drops. When complete brake failure strikes at 125+ mph, aerodynamic lift combined with track departure crests triggers vehicle pitching and high-velocity catch-fence impacts.

Telemetry & Forensic Impact Metrics ● COMPUTED RESULTS

Barrier Impact Recorded
Flight Duration
1.84sec
Maximum Altitude
14.2ft
Impact G-Force
18.6G
Stopping Distance
245.5ft
Energy Dissipation Analysis:
  • Kinetic energy at release: 2.48 MJ
  • Airborne trajectory launch velocity: 118.2 mph
  • Barrier catch-fence engagement load: Severe Dynamic Deceleration