Carbotech CT272-XP8 - High-Performance Rotor-Friendly Rear Brake Pads with Superior Stopping Power, Fade & Heat Resistance for NISSAN 240SX S13/14 (1989 - 1996)

• Exceptional Performance: The Carbotech CT272-XP8 rear brake pads are engineered to deliver exceptional stopping power, making them an ideal choice for NISSAN 240SX S13/14 (1989 - 1996) on the race track.
• Wide Temperature Range: With a broad operating temperature range of 200°F to 1250°F+ (93°C to 676°C+), these brake pads excel in various racing conditions, ensuring consistent performance.
• Superior Fade Resistance: Experience peace of mind with the high fade resistance of XP8™ compound, allowing for extended brake life and consistent braking performance during intense races.
• Rotor-Friendly Design: These brake pads are gentle on your rotors, preserving their integrity and ensuring durability for your vehicle's braking system, even under extreme racing conditions.
• Ideal for Track Days: The Carbotech CT272-XP8 brake pads offer good initial bite, high friction, modulation, and release characteristics, making them the perfect choice for track day enthusiasts seeking top-tier performance. Please note that they are not intended for street use.

The Carbotech CT272-XP8 Rear Brake Pads are engineered for the ultimate in high-performance braking for your NISSAN 240SX S13/14 (1989-1996). With a remarkable operating temperature range spanning from 200°F to an impressive 1250°F and beyond (93°C to 676°C+), these racing-grade brake pads are tailored for the track. The XP8™ compound boasts exceptional initial bite at race temperatures, a high coefficient of friction, and outstanding modulation and release characteristics. Beyond its remarkable stopping power, these brake pads exhibit unrivaled fade resistance, making them an excellent choice for track day enthusiasts. Moreover, they are designed with rotor-friendly properties to ensure the longevity of your braking system. Please note that these pads are exclusively intended for track use and are not suitable for street applications.