Hot Sale Cte Carbon Ceramic Street And Track Brake Pads To Fit Cte Racing Caliper 4-pot Cte-cal-4pl - Today Only [ptcJr1fT]

Ultimate Stopping Power with CTE Carbon Ceramic Brake Pads

Experience unparalleled stopping power with the CTE Carbon Ceramic Street and Track Brake Pads, designed to fit CTE Racing Caliper 4-Pot CTE-CAL-4PL. These advanced brake pads are engineered to deliver exceptional performance both on the street and at the track. By pairing them with our Carbon Ceramic or Composite Brake Discs, you'll notice a dramatic increase in braking performance across a wide temperature range.

Perfect for Both Street and Track Use

Featuring both Street and Race compounds, the CTE Carbon Ceramic Street Brake Pads are a versatile solution for your vehicle. Designed to handle low temperatures effectively, these pads operate within a temperature range of 0-650°c with an average coefficient of friction of 0.42μ. This makes them ideal for fast-road use and the occasional track day. For track enthusiasts, the CTE Carbon Ceramic Race Pads offer an even wider operational temperature range of 100-950°c and an average coefficient of friction of 0.47μ, providing extreme stopping power under demanding conditions.

Top-Quality Features and Benefits

The CTE Carbon Ceramic Brake Pads are crafted from a proprietary Carbon Ceramic Compound, ensuring unmatched durability and performance. They undergo dynamic test simulations on our in-house Horiba Brake Dynamometer, guaranteeing optimal performance under all conditions. Key features include strong bite-force from cold, extreme stopping power, virtually zero brake dust, and low levels of Noise/Vibration/Harshness (NVH). Both Street and Race Pads are ECE R90 E11 Certified, ensuring compliance and peace of mind. The pads are available for CTE Racing Calipers, popular AP Racing Calipers, and most large-size (4-Pot/6-Pot) OEM Calipers. If your fitment is not listed, please contact us for availability. With these brake pads, you can trust in the best-in-class performance and quality that CTE is known for.