The Complete Guide to Brake Pad Materials: Which One Is Right for You?

The material your brake pads are made from affects everything: stopping distance, noise, dust, rotor wear, heat tolerance, and pad life. Here’s a deep dive into every major brake pad material on the market.

Organic (NAO) Pads

Composition: Glass, rubber, carbon fibers, Kevlar in resin binder
Temperature range: Up to 300°C
Best for: Light daily driving, economy vehicles
Pros: Quietest, cheapest, gentle on rotors
Cons: Fastest wear, poor hot performance, high compressibility

Low-Metallic NAO Pads

Composition: Organic with 10-30% metal content
Temperature range: Up to 400°C
Best for: Mixed driving, moderate performance needs
Pros: Better heat transfer than pure organic, improved bite
Cons: More dust and noise than organic

Semi-Metallic Pads

Composition: 30-65% metal (steel, iron, copper)
Temperature range: Up to 500°C
Best for: Trucks, towing, heavy vehicles
Pros: Excellent heat management, strong bite, durable
Cons: Noisy, dusty, harder on rotors

Ceramic Pads

Composition: Ceramic fibers, bonding agents, small amounts of metal
Temperature range: Up to 600°C
Best for: Most passenger cars, daily performance driving
Pros: Quiet, clean, consistent, long-lasting
Cons: Higher cost, less cold-weather bite

Carbon-Ceramic Pads

Composition: Carbon fiber reinforced ceramic matrix
Temperature range: Up to 850°C+
Best for: Racing, track days, high-performance vehicles
Pros: Extreme heat resistance, linear feel, lightweight
Cons: Premium price, may need warm-up

At Barbaro CAC Racing, we specialize in ceramic and carbon-ceramic formulations — the same technology we use in endurance racing. Find your perfect pad →