Built for the speed and power of e-MTBs, the Galfer e-Bike Disc Brake Pad delivers maximum braking...Built for the speed and power of e-MTBs, the Galfer e-Bike Disc Brake Pad delivers maximum braking control in demanding conditions. Its race-developed Pro compound provides sharp bite, excellent modulation, and consistent stopping power, even on steep, high-speed descents. With heat resistance up to 650°C, these pads ensure fade-free performance for riders who need reliable braking under extreme loads. Key Features and Benefits: Pro compound engineered for racing: This high-friction compound generates rapid bite and strong initial braking force. The result is instant stopping power when speed control matters most. High heat resistance up to 650°C: Designed to withstand extreme temperatures without performance fade. Riders benefit from stable, repeatable braking on long, technical descents. Consistent performance at high speeds: The pad compound remains stable under sustained loads. This delivers reliable braking response in e-MTB and enduro racing where control is critical. Excellent modulation under pressure: The balanced compound allows fine control between power and precision. Riders can brake later and adjust speed with accuracy in technical terrain. High-strength steel backing plate: Provides rigidity and support for the compound, reducing vibration and improving pad stability. This ensures quieter braking with less noise. Race-proven and trusted by elite athletes: Developed and tested in competitive downhill and enduro racing. This gives riders confidence that the pads perform at the highest level. Strong braking confidence is essential for e-MTB riders facing steep, heavy-duty terrain. The Galfer Pro compound delivers this through heat stability, sharp initial bite, and precise modulation. By combining rapid response with consistent performance, these pads ensure that braking remains powerful and predictable under the toughest race or trail conditions. Choose the Galfer e-Bike Disc Brake Pad for dependable braking performance tailored to the demands of powerful bikes and aggressive riding. It s the pad built to match the strength and speed of modern e-MTBs. Brake Pad Guide. Item Package Quantity: 1 Country of origin:- Spain Package Weight: 40 grams Package Dimensions (L x B x H) in cm: 2.2 x 6.6 x 13.4
This guide helps e-MTB riders maximize the performance of Galfer e-Bike Disc Brake Pads (Code R). Designed for demanding conditions, these brake pads offer superior braking control and consistent stopping power, even on steep descents. Keep in mind that optimal performance depends on proper setup and maintenance. This guide covers everything from key features to troubleshooting.
All features
Series
Code R
Model Part Number
G1652
Brand
Galfer
Extended Product Information
FAQs
How often should I replace the brake pads?
Replacement frequency depends on usage and riding conditions. Inspect the pads regularly and replace them when the friction material is worn down.
Can I use these pads with any brake rotor?
While these pads are compatible with most rotors, ensure they are in good condition and free from contaminants. Using rotors designed for the intended use is highly recommended.
What is the bedding-in process?
Bedding in is a process of gradually heating the pads and rotor to establish an initial friction layer. Perform several moderate braking applications to achieve this.
What should I do if my brakes are making noise?
First, clean the rotors with brake cleaner. Make sure the pads are properly aligned and not rubbing on the rotor. If the noise persists, it may indicate pad contamination or wear.
How do I clean my brake rotors?
Use a dedicated brake cleaner and a clean cloth. Avoid touching the rotors with your bare hands, as this can introduce oil and contaminants.
Are these brake pads suitable for all types of riding?
These pads are designed for e-MTB and Enduro riding. They are optimized for high-performance and demanding conditions.
Troubleshooting
Brakes feel weak or spongy.
Check for air in the brake lines. Bleed the brakes if necessary. Ensure proper bedding-in of the pads.
Brakes are noisy.
Clean the rotors with brake cleaner. Check for contamination on the pads. Ensure the pads are properly aligned and not rubbing the rotor.
Brakes fade during long descents.
Check for heat-related issues. Allow brakes to cool and make sure you're using proper braking techniques (avoid dragging the brakes).
Pros and Cons
Pros
Sharp initial bite for instant stopping power.
Exceptional heat resistance prevents brake fade on long descents.
Consistent braking performance under heavy loads and high speeds.
Precise modulation for fine control in technical terrain.
Cons
Requires proper bedding-in for optimal performance.
May require more frequent replacement compared to standard pads depending on use.
Performance is dependent on proper setup and compatibility with your braking system.
Setup, Compatibility & Care
Compatibility: Ensure compatibility with your bike's brake system. These pads are designed for Code R systems.
Installation: Follow the manufacturer's instructions for replacing brake pads.
Bedding-in: After installation, properly bed in the pads by performing several controlled braking cycles. This process is crucial for optimal performance and longevity. Avoid hard braking during this initial phase.
Cleaning: Clean rotors regularly with a dedicated brake cleaner. Avoid contaminating the pads with oil or grease.
Inspection: Regularly inspect the pads for wear and tear. Replace them when the friction material is worn down to the backing plate.
Storage: Store pads in a clean, dry place when not in use.