BrakePoint

Braking Sync

Kinetic Dissipation. Measuring the displacement required to convert velocity into thermal energy. The Oat monitors the "Friction Constant" to predict mechanical stopping limits.

• 📏 Metric: Stopping Length (m/ft).
• 🛞 Variable: Road Friction ($\mu$).
• ⚠️ Scaling: Inverse Square of Velocity.

Latency Sync

Neural Displacement. Measuring the distance traveled during the 1.5s human reaction window. The Oat monitors the "Latency Constant" to bridge the gap between perception and mechanical action.

• ⏱️ Latency: 1.5s Reaction Time.
• 📏 Metric: Linear Thinking Distance.
• 🚀 Factor: Velocity Magnitude.

Grip Sync

Mechanical Dissipation. Measuring the displacement required for a full kinetic-to-thermal transition. The Oat monitors the "Dry Constant" (0.7μ) to establish the baseline safety threshold.

• 🏁 Surface: Dry Asphalt Baseline.
• 📐 Factor: 0.7 Friction Coefficient.
• ⚠️ Scaling: Quadratic Velocity Delta.

Stop Sync

Total Kinetic Capture. The sum of neural latency and mechanical friction. The Oat monitors the "Stopping Constant" to define the absolute perimeter of vehicle safety.

• 🧠 Phase 1: Thinking Displacement (Linear).
• 🛞 Phase 2: Braking Displacement (Quadratic).
• 🚧 Result: Absolute Stopping Limit.