SINTER Disc Brake Pads - RACE

The RACE pads are optimized for performance and are particularly well-suited for heavier bikes like e-bikes, downhill mountain bikes, and other applications where sustained, high braking power is required. They can be used on other bikes, but their specialized compound might be overkill for casual riding.

Replace the pads when the braking material has worn down to approximately 1mm (the thickness of a credit card) or when you notice a significant decrease in braking performance. Always inspect them regularly.

Basic bicycle tools are generally required, such as Allen keys for caliper bolts and potentially a small pick or flathead screwdriver to help remove old pads. Always refer to your brake manufacturer's instructions for specific details.

Bedding-in is a process that transfers a thin layer of pad material onto the rotor surface, creating an optimal braking surface. This is crucial for achieving full stopping power, consistent performance, and minimizing noise. Skipping this step can lead to poor performance and increased wear.

Yes, the SINTER RACE pads are designed to perform in diverse conditions, including wet weather. However, as with all disc brakes, stopping distances may increase in wet conditions, and some temporary noise may occur until the rotors are cleared of water.

High-performance pads can potentially increase rotor wear compared to very soft organic pads, especially under extreme use. However, the RACE compound is designed for a balance of performance and durability, and proper maintenance, including clean rotors, will help maximize the life of both components.

Ensure the pads have been properly bedded in. Check for rotor contamination and clean if necessary. Verify that the pads are correctly installed and making full contact with the rotor.

Clean the rotor and pads. Re-bed the pads. Check for any debris trapped between the pad and rotor. If the noise persists, the pads may be worn or contaminated beyond repair and may need replacement.

This is typically an issue with the hydraulic system, not the pads themselves. Check brake fluid levels and bleed the brake system if necessary. Ensure all connections are secure.

While designed to resist fade, extreme conditions can still challenge any pad. Ensure proper bed-in. Check rotor condition and size for adequate heat dissipation. Consider larger rotors if excessive heat buildup is a persistent issue.