CTE Carbon Ceramic Street and Track Rear Brake Pads McLaren 540C 15+
Achieve the ultimate in stopping power with the CTE Carbon Composite Brake Pads. By pairing our brake pads with our Carbon Ceramic or Composite Brake Discs, you can experience a dramatic increase in braking performance throughout the temperature range.
Both Street & Race Compounds Available
One of the most common complaints with Carbon Ceramic Brake Kits is the lack of braking performance at low temperatures i.e the brakes need to be heated to a higher temperature before they can perform. This is not an issue with the CTE Carbon Ceramic Street Brake Pads. Developed using both real-world testing and on our in-house Horiba Brake Dynamometer with dynamic test simulations, our Street Pads use a proprietary Carbon Ceramic compound that has an effective operational temperature range between 0-650°c, with an average coefficient of friction of 0.42μ, sufficient for both fast-road use and the occasional track day.
For the dedicated track car, the CTE Carbon Ceramic Race Pads have an effective operational temperature range between 100-950°c, with an average coefficient of friction of 0.47μ.
Specifications
- Made from a proprietary Carbon Ceramic Compound
- Dynamic Test Simulations on our in-house Horiba Brake Dynamometer ensure optimum performance under ALL conditions
- Unrivalled operational temperature capacity
- Strong bite-force from cold, with extreme stopping power under the most demanding conditions
- Virtually zero brake dust, low levels of Noise/Vibration/Harshness (NVH), extremely wear-resistant
- Both Street and Race Pads are ECE R90 E11 Certified, ensuring no compliance issues
- Available for CTE Racing Calipers, popular AP Racing Calipers and most large-size (4-Pot/6-Pot) OEM Calipers. If your Vehicle/Caliper fitment is not listed, please Contact Us and we will check availability
Original: $413.07
-70%$413.07
$123.92CTE Carbon Ceramic Street and Track Rear Brake Pads McLaren 540C 15+
Achieve the ultimate in stopping power with the CTE Carbon Composite Brake Pads. By pairing our brake pads with our Carbon Ceramic or Composite Brake Discs, you can experience a dramatic increase in braking performance throughout the temperature range.
Both Street & Race Compounds Available
One of the most common complaints with Carbon Ceramic Brake Kits is the lack of braking performance at low temperatures i.e the brakes need to be heated to a higher temperature before they can perform. This is not an issue with the CTE Carbon Ceramic Street Brake Pads. Developed using both real-world testing and on our in-house Horiba Brake Dynamometer with dynamic test simulations, our Street Pads use a proprietary Carbon Ceramic compound that has an effective operational temperature range between 0-650°c, with an average coefficient of friction of 0.42μ, sufficient for both fast-road use and the occasional track day.
For the dedicated track car, the CTE Carbon Ceramic Race Pads have an effective operational temperature range between 100-950°c, with an average coefficient of friction of 0.47μ.
Specifications
- Made from a proprietary Carbon Ceramic Compound
- Dynamic Test Simulations on our in-house Horiba Brake Dynamometer ensure optimum performance under ALL conditions
- Unrivalled operational temperature capacity
- Strong bite-force from cold, with extreme stopping power under the most demanding conditions
- Virtually zero brake dust, low levels of Noise/Vibration/Harshness (NVH), extremely wear-resistant
- Both Street and Race Pads are ECE R90 E11 Certified, ensuring no compliance issues
- Available for CTE Racing Calipers, popular AP Racing Calipers and most large-size (4-Pot/6-Pot) OEM Calipers. If your Vehicle/Caliper fitment is not listed, please Contact Us and we will check availability
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Achieve the ultimate in stopping power with the CTE Carbon Composite Brake Pads. By pairing our brake pads with our Carbon Ceramic or Composite Brake Discs, you can experience a dramatic increase in braking performance throughout the temperature range.
Both Street & Race Compounds Available
One of the most common complaints with Carbon Ceramic Brake Kits is the lack of braking performance at low temperatures i.e the brakes need to be heated to a higher temperature before they can perform. This is not an issue with the CTE Carbon Ceramic Street Brake Pads. Developed using both real-world testing and on our in-house Horiba Brake Dynamometer with dynamic test simulations, our Street Pads use a proprietary Carbon Ceramic compound that has an effective operational temperature range between 0-650°c, with an average coefficient of friction of 0.42μ, sufficient for both fast-road use and the occasional track day.
For the dedicated track car, the CTE Carbon Ceramic Race Pads have an effective operational temperature range between 100-950°c, with an average coefficient of friction of 0.47μ.
Specifications
- Made from a proprietary Carbon Ceramic Compound
- Dynamic Test Simulations on our in-house Horiba Brake Dynamometer ensure optimum performance under ALL conditions
- Unrivalled operational temperature capacity
- Strong bite-force from cold, with extreme stopping power under the most demanding conditions
- Virtually zero brake dust, low levels of Noise/Vibration/Harshness (NVH), extremely wear-resistant
- Both Street and Race Pads are ECE R90 E11 Certified, ensuring no compliance issues
- Available for CTE Racing Calipers, popular AP Racing Calipers and most large-size (4-Pot/6-Pot) OEM Calipers. If your Vehicle/Caliper fitment is not listed, please Contact Us and we will check availability
