Galfer Advanced Bike Disc Brake Pad - GA-FD426G1851

Positioned between the Standard and Pro compounds, the Advanced pad offers a perfect balance of po...

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Product Information

Full details

The Galfer Advanced Bike Disc Brake Pad (GA-FD426G1851) is designed for trail, enduro, and e-MTB riders seeking a balanced braking performance. It offers a smooth, fade-resistant stopping power with minimal noise and rotor wear, providing a reliable upgrade for demanding terrain. A potential caveat is its moderate durability, meaning it may require replacement sooner than a harder compound in extremely high-mileage or abrasive conditions.

All features

SeriesAdvanced
Model Part NumberGA-FD426G1851
BrandGalfer

Extended Product Information

FAQs

What type of riding are these pads best suited for?

These pads are ideal for trail, enduro, and e-MTB riding, offering a balance of power, control, and durability for varied terrain and long descents.

How do I bed in my new Galfer Advanced brake pads?

Ride at a moderate speed and apply brakes firmly without stopping for several repetitions. Allow the brakes to cool between applications. This process optimizes performance.

Will these pads make noise?

The Advanced compound is designed for low-noise operation with minimal vibrations, contributing to a quieter ride.

Are these pads compatible with all disc brake systems?

They are designed for systems that accept the specific pad shape. Always confirm your caliper's compatibility before purchase.

How often should I replace my brake pads?

Replacement frequency depends on riding conditions and mileage. Inspect pads regularly and replace when the friction material is worn down to approximately 1-2mm.

Do these pads wear out my rotors quickly?

No, the Advanced compound is formulated for low rotor wear, helping to extend the life of your brake discs.

What is the main advantage of the 'Advanced' compound over 'Standard' or 'Pro'?

The Advanced compound strikes a middle ground, offering better performance and fade resistance than Standard, while being more durable and offering smoother modulation than the Pro compound for general trail use.

Troubleshooting

Squealing or noisy brakes

Ensure pads are properly bedded-in. Check for rotor contamination and clean if necessary. Verify pad alignment within the caliper.

Reduced braking power

Check for pad wear and replace if necessary. Inspect rotors for damage or glaze. Ensure the brake system is properly bled and free of air.

Brake fade on long descents

Ensure pads are correctly bedded-in. Confirm the brake fluid is fresh and the system is not overheating. Consider if the terrain or riding style is exceeding the compound's intended limits.

Uneven braking

Inspect rotor for warping or damage. Check that pads are making even contact. Re-bed the pads to ensure uniform material transfer.

Pros and Cons

Pros

  • Smooth and progressive braking feel
  • Consistent performance across various conditions
  • Reduced noise and vibration
  • Minimizes wear on brake rotors
  • Good heat resistance for demanding rides
  • Durable construction with quality materials

Cons

  • Moderate durability may require more frequent replacement for very high mileage users
  • May not offer the extreme stopping power of a dedicated race compound
  • Organic blend can be more susceptible to excessive heat in extreme downhill racing scenarios compared to semi-metallic or metallic compounds

Setup, Compatibility & Care

Compatibility: These pads are designed to be compatible with a wide range of bike disc brake systems that accept the "Advanced" compound series. Always verify your existing brake caliper model to ensure it uses the correct pad shape.

Setup:

  1. Ensure your brake system is clean and free of old pad material.
  2. Carefully remove the old brake pads from your caliper.
  3. Install the new Galfer Advanced pads, ensuring they are seated correctly.
  4. Re-install the caliper and ensure proper alignment.
  5. Bedding-in: It is crucial to bed-in new pads for optimal performance. Ride at a moderate speed and apply brakes firmly but not to a complete stop for several repetitions. Allow pads to cool between applications. This process transfers pad material to the rotor, creating a more uniform braking surface.

Care:

  • Keep brake pads and rotors clean. Avoid contact with lubricants or solvents.
  • Periodically inspect pads for wear. Replace when the friction material reaches a minimum thickness (typically 1-2mm).
  • If braking performance diminishes, clean rotors with isopropyl alcohol and re-bed the pads.

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