# Carbon-Carbon vs Carbon-Ceramic Brakes Explained

> Carbon-carbon brakes outlast carbon-ceramic by 100,000 miles but cost thousands more.
- Title: Carbon-Carbon vs Carbon-Ceramic Brakes Explained · Jalopnik
- Summary: Carbon-carbon brakes outlast carbon-ceramic by 100,000 miles but cost thousands more. Carbon-carbon brakes last 100,000 miles versus carbon-ceramic's 50,000…
- Keywords: carbon-carbon brakes, carbon-ceramic brakes, brembo, rotors, brake pads, formula 1, concorde, carbon fiber, silicon carbide, brake dust, brake fade, high-performance brakes
- Source: Jalopnik — https://jalopnik.com/2276011/carbon-vs-carbon-ceramic-brakes-differences
- Author: Beverly Braga
- Published: 2026-10-05T11:25:00+00:00
- Read time: 1 min
- Topics: carbon-carbon brakes, carbon-ceramic brakes, brembo, rotors, brake pads, formula 1, concorde, carbon fiber, silicon carbide, brake dust, brake fade, high-performance brakes
## What Are Carbon Brakes?
Brakes control vehicle momentum via friction. Pushing the pedal transfers force to slow the roll through hydraulic pressure.
## Standard Brakes Use Cast-Iron
Most cars use cast-iron rotors, which are affordable, durable, and maintain a Goldilocks temperature range.
## Carbon-Ceramic Brakes Are Lighter
Carbon-ceramic brakes use carbon fiber and silicon carbide, making them lighter, stronger, and heat-resistant than cast-iron.
## Carbon-Ceramic Lasts 50,000 Miles
Carbon-ceramic rotors last about 50,000 miles versus cast-iron's 100,000 miles, with minimal brake dust or noise.
## Carbon-Carbon Brakes Are Even Stronger
Carbon-carbon brakes are made entirely of carbon and were developed for the Concorde, which had a 250 mph takeoff speed.
## Carbon-Carbon Handles Extreme Heat
Carbon-carbon brakes withstand up to 5,432 degrees Fahrenheit versus 1,292 degrees for standard rotors without overheating.
## Carbon Brakes Cost Thousands More
Carbon-ceramic brakes cost $3,000 to $15,000, while carbon-carbon brakes can exceed $20,000 for high-end sports cars.
## Carbon Brakes Not for Commuters
Carbon brakes are best for track-only racing or high-performance vehicles, not daily drivers or winter cars.
## Key takeaway

Carbon-carbon brakes last 100,000 miles versus carbon-ceramic's 50,000, but are far more expensive for most drivers.