Brake Pad Wear

FRICTION LIFECYCLE DECK

BRAND NEW PAD THICKNESS (mm)

CURRENT MEASURED THICKNESS (mm)

DISTANCE DRIVEN ON CURRENT PADS (Km)

DRIVING ENVIRONMENT & BRAKING SEVERITY

FRICTION CORE ACTIVE

BRAKE PAD WEAR LAB

Kinetic Energy Dissipation Solver & Real-Time Caliper Wear Telemetry Matrix

REMAINING BRAKE PAD MATERIAL LIFE

100%

MEASURING CALIPER PROFILE...

PROJECTED EXPIRATION FORECAST REACHING LIMIT VECTOR:

0 Km Remaining

Friction Wear Degradation Formula Matrix R_wear = T_initial - T_current D | D_remaining = T_current - T_limit R_wear · S

Evaluated Linear Wear Coefficient 0.00 mm / 10,000 Km

NEW HORIZONS MISSION CONTROL • FLUX CALO CALIPER METRICS 2026

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.

💿

🛑

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.

🏎️💨

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.