Brake Pad Wear
FRICTION COEFFICIENT CALCULATED
Brake Architect
Friction Life Analytics
ESTIMATED LIFE REMAINING
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KILOMETERS (KM)
Brake Pad
The Kinetic Stopper. Brake pads are the Friction Interface. They convert motion into thermal energy to provide controlled deceleration.
- 🧱 Compound: Ceramic or Metallic for 2026 grip.
- 🔥 Thermal: Capable of glowing red under heavy use.
- 🔊 Indicator: Squeals when the material is low.
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FRICTION TELEMETRY
85 % LIFE
TEMP: ⚡ 180°C
CERAMIC COMPOUND ACTIVE ✅
Friction Power
The Motion Anchor. We use brake pads to harness the Thermal Exchange. They are the only component standing between a high-speed cruise and a safe, static stop.
- 🌡️ Heat Sink: Absorbs 500°C+ of energy.
- 📉 Sacrificial: Saves the expensive rotors.
- 🛡️ Safety: Provides the "Grip" to stop instantly.
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KINETIC ENERGY DRAIN
STOPPING...
PRESSURE: ⚡ MAXIMUM
FRICTION CAPTURE ACTIVE 🛑
Pad Activity
Dynamic Friction. Brake pad activity is the Real-Time Load on your stopping system. It tracks heat spikes and material wear during every deceleration.
- 📊 Intensity: Tracking "Light" vs "Heavy" usage.
- 🔥 Thermal: The active heat build-up per stop.
- 📉 Fade: Monitoring efficiency loss as pads get hot.
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LIVE LOAD SENSOR
ACTIVE
PSI: ⚡ HIGH
FRICTION EVENT DETECTED 🏁
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