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Wet Road Grip

HydroGrip

ADVANCED FRICTION & STOPPING ANALYZER
60 KM/H
2.0 MM
OPTIMAL TRACTION

STOPPING DISTANCE

28.4M
85%

TOTAL STOPPING DISTANCE

Calculated based on 1.5s reaction time plus the distance needed to stop. Braking Distance = Speed² / (2 × Road Grip × Gravity). Road Grip (Friction) decreases automatically as water depth increases.

AQUAPLANING ALERT

When Grip Level falls below 30%, steering and braking inputs become ineffective as the tyre loses contact with the road surface.

Grip Sync

Hydrodynamic Friction Mapping. Measuring the displacement efficiency of the tire tread matrix on saturated surfaces. The Oat monitors the "Aquaplane Constant" to maintain kinetic coupling in high-moisture environments.

  • 💧 Metric: Friction Coefficient (μ).
  • 🏁 Factor: Tread Evacuation Volume.
  • 🛑 Variable: Critical Velocity Threshold.
Oat HYDRO SYNC
🌊
WET ROAD GRIP
0.65
MU INDEX
TRACTION_SYNC_REDUCED

Stop Sync

Kinetic Buffer Mapping. Calculating the total displacement required for absolute velocity termination. The Oat monitors the "Reaction-Friction Constant" to provide a real-time safety envelope.

  • ⏱️ Reaction: 1.5s Cognitive Buffer.
  • 🌧️ Grip: Dynamic Hydro-Decay Sync.
  • 📏 Metric: Meters to Total Zero.
Oat STOP SYNC
🛑
TOTAL STOP DIST
72.5
METERS
SAFETY_BUFFER_SYNCED

Alert Sync

Traction Decoupling Alert. Kinetic sync has failed as the tire tread loses contact with the asphalt. The Oat monitors the "Grip Constant" to warn of ineffective steering and braking inputs.

  • 🚫 Grip: < 30% Friction Saturation.
  • 🌊 Condition: Hydrodynamic Float State.
  • 🛑 Control: Terminal Input Failure.
Oat AQUAPLANE ALERT
🌊
GRIP TERMINATED
CRITICAL
AQUAPLANING
INPUT_SYNC_DISABLED
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