Award Winning Cte Carbon Ceramic Street And Track Front Brake Pads Porsche Boxster/cayman 981 12-16 Shop The Look [UiVZ7oRd]

CTE Carbon Ceramic Street and Track Front Brake Pads for Porsche Boxster/Cayman 981 12-16

Elevate your Porsche Boxster or Cayman 981's braking performance with the CTE Carbon Ceramic Street and Track Front Brake Pads. Designed for both street and track use, these pads deliver exceptional stopping power throughout the temperature range. With their advanced Carbon Ceramic Compound, these pads ensure a dramatic increase in braking performance, providing you with confidence and control on every drive.

Advanced Performance Specifications

Experience the pinnacle of braking technology with the CTE Carbon Ceramic Street and Track Front Brake Pads. Crafted from a proprietary Carbon Ceramic Compound, these pads offer an effective operational temperature range of 0-650°C for street use and 100-950°C for track use. This wide range allows for optimal performance in both cold and hot conditions. The average coefficient of friction of 0.42μ for street pads and 0.47μ for race pads ensures strong bite-force from cold and extreme stopping power under demanding conditions.

• Unrivalled operational temperature capacity
• Strong bite-force from cold

Practical Benefits and Target Audience

The CTE Carbon Ceramic Street and Track Front Brake Pads are perfect for enthusiasts and drivers who demand the best in braking performance. With virtually zero brake dust, low levels of Noise/Vibration/Harshness (NVH), and extreme wear resistance, these pads offer a smooth and quiet driving experience. Both street and race pads are ECE R90 E11 Certified, ensuring compliance and peace of mind. These pads are compatible with CTE Racing Calipers, popular AP Racing Calipers, and most large-size (4-Pot/6-Pot) OEM Calipers. Whether you're commuting on the streets or pushing the limits on the track, these pads are the ideal choice for your Porsche Boxster or Cayman 981.

• Strong bite-force from cold, with extreme stopping power
• Virtually zero brake dust, low NVH, and wear-resistant