IGNYX Copper Sintered Rear Brake Pads for Yamaha Fazer 25 (SNT-F060)

IGNYX Copper Sintered Rear Brake Pads for Yamaha Fazer 25 (SNT-F060)

Upgrade your motorcycle's rear braking performance with IGNYX Series Copper Sintered Brake Pads. Designed for riders looking for strong braking control, consistent performance, and improved durability, these premium sintered pads are suitable for several Yamaha motorcycles.

The IGNYX Series Copper Sintered Rear Brake Pads are engineered for reliable braking performance in both everyday riding and spirited riding conditions.

Featuring a copper-sintered friction compound, these pads offer excellent heat resistance, consistent braking feel and dependable stopping performance. The formulation is designed to maintain braking performance across a wide operating temperature range while providing good wear resistance.

The pads feature a precision-cut backing plate and friction material designed specifically for the compatible Yamaha rear brake calipers, ensuring proper fitment and reliable operation.

Features

• Copper Sintered Friction Compound
• Excellent heat resistance
• Consistent braking performance
• Strong initial bite and controllable braking feel
• Good wear resistance and durability
• Suitable for daily riding and performance-oriented use
• Precision-manufactured for accurate fitment
• IGNYX Series Performance Control Durability
• Designed as a direct-fit rear brake pad for compatible applications

Why Choose Copper Sintered Brake Pads?

Copper-sintered brake pads are designed to handle higher temperatures and repeated braking more effectively than many conventional organic compounds. They are particularly suitable for riders who want a more consistent braking response during aggressive or frequent braking.

Package Contents

• 1 Pair of IGNYX Series Rear Brake Pads
• Supplied as a pair for one rear brake caliper/application

Important Fitment Note

Please verify your motorcycle model, year, and existing brake-pad shape before ordering. Brake-pad specifications can vary between model generations and markets.

Fitment