Motorcycle brake pad sintered rear brake pad for Honda CBR954RR, CBR929RR, and CBR900RR-03 models, asbestos-free material for improved braking performance and heat resistance
Honda CBR954RR, CBR929RR & CBR900RR Rear Brake Pads - Asbestos-Free Sintered Material

These sintered, asbestos-free motorcycle brake pads are engineered as a direct replacement for the rear brake calipers on specific Honda CBR models, including the CBR954RR, CBR929RR, and the CBR900RR-03. Offering a straightforward solution for maintenance or performance refresh, they are designed to match the original equipment specifications for fit and function. Choosing the correct brake pad for your model is crucial for safety and performance, and this set provides a compatible option built from modern, asbestos-free sintered material known for its reliable operation.
Features and Construction

This brake pad set is defined by its specific application and material composition, providing a direct swap for worn components on compatible Honda motorcycles.
Material and Build
The pads are manufactured from sintered brake material, which utilises metal particles fused under heat and pressure. This asbestos-free composition is a common modern standard, moving away from older asbestos-based formulations. Sintered materials are generally recognised for their good heat dissipation and consistent friction characteristics across a range of temperatures, contributing to stable braking performance during both everyday riding and more demanding use.
Size and Practical Fit
These brake pads are precision-made to fit the rear brake calipers of the Honda CBR954RR, CBR929RR, and CBR900RR-03 models. This exact fit ensures they slot into the existing caliper assembly without modification, maintaining the correct clearances and alignment for optimal brake function. It is essential to verify your motorcycle's exact model and year to confirm compatibility before purchase and installation.
Uses and Placement

This product serves a clear, single purpose: restoring or maintaining the rear braking system on a select group of Honda sport motorcycles.
Event or Professional Use
For riders who use their CBR954RR, CBR929RR, or CBR900RR-03 on track days or for spirited road riding, having brake pads in good condition is non-negotiable. These sintered pads offer a direct replacement that can handle the increased heat generated from repeated hard braking. They provide a known quantity, allowing riders to refresh their braking system with a component designed for the specific pressures of sport bike riding.
Everyday Home Use
For the majority of owners, these pads fulfil a critical maintenance role. As rear brake pads wear down over time with normal road use, they eventually require replacement to maintain safe stopping distances and proper brake lever feel. This set offers a convenient, model-specific solution for that routine service task, helping to keep your motorcycle's braking system functioning as intended for daily commuting and weekend rides.
Benefits and Buying Value

The value of these brake pads lies in their specificity, material choice, and the practical benefit of keeping your motorcycle's braking system in good order.
Reuse and Low Maintenance
While brake pads are consumable items, the value comes from extending the safe and effective life of your motorcycle's braking system. Installing a fresh set of pads restores full braking capability, which is a fundamental aspect of vehicle safety and control. The asbestos-free sintered material is a practical choice that aligns with contemporary standards for motorcycle brake components.
Why Choose This Product
You would select this product primarily for its confirmed compatibility with your Honda CBR954RR, CBR929RR, or CBR900RR-03. It eliminates the guesswork from finding a suitable rear brake pad replacement. The use of sintered, asbestos-free material provides a modern formulation that performs consistently. It represents a straightforward, no-fuss component for a essential maintenance job, helping to ensure your sport bike retains its intended braking performance.



