Endless EIP233-W007 High-Performance Carbon Ceramic Brake Pads - Front

The Endless EIP233-W007 is a specialized high-performance brake pad designed exclusively for circuit racing applications with carbon ceramic brake systems. This advanced compound is specifically engineered for compatibility with Brembo S.G.L CCM (Carbon Ceramic Matrix), Porsche PCCB, and Nissan GT-R Spec V (NCCB) carbon ceramic rotors, offering exceptional heat resistance that matches the extreme thermal capacity of CCM rotors.

Developed and rigorously tested on the demanding Nürburgring circuit, this semi-metallic compound delivers consistent braking performance across a wide temperature range while being exceptionally kind to carbon ceramic disks. The EIP233-W007 maintains its friction characteristics under extreme heat conditions that would overwhelm standard brake pads, making it ideal for track days and competitive motorsport applications.

Key Features:

• Material: Semi-metallic compound optimized for carbon ceramic rotors
• Friction Level: 0.45-0.50 for predictable, progressive braking
• Operating Temperature Range: 300-800°C (572-1472°F)
• Application: Front axle for FIAT Grand Punto with compatible carbon ceramic systems
• Rotor Compatibility: Brembo S.G.L CCM, Porsche PCCB, Nissan GT-R NCCB carbon ceramic disks
• Track-Proven: Developed and tested at Nürburgring circuit

⚠️ Important Installation and Usage Notes:

These brake pads are designed for circuit use only and are not intended for street driving. When using carbon ceramic rotors, extreme care must be taken to monitor operating temperatures. Brake dust should remain clear and dry; heavily tinted, greasy, or dark brake dust indicates excessive temperatures that may damage the rotors. Endless strongly recommends applying thermal paint to rotor edges and using temperature stickers on caliper bodies to monitor operating temperatures throughout track sessions. Proper temperature management is critical to maximizing both pad and rotor life while maintaining optimal braking performance.