Project9 Surron Light Bee Brake Pads

Improved Heat Management:

Engineered for superior heat dissipation, minimizing brake fade and maintaining performance during long, intense rides.

Extended Durability:

Made from advanced ceramic materials that resist wear, making them ideal for frequent and demanding rides.

Enhanced Brake Modulation:

Provides superior control and responsiveness, allowing for more precise braking in all conditions.

Smooth & Consistent Stopping Power:

Delivers reliable braking performance with reduced noise and vibration, ensuring a smoother ride.

Ceramic Pads-

Ceramic brake pads are designed for smooth performance, Improved modulation, and quieter braking. Ideal for street riding and the casual rider

Advantages:

1. Low Noise: Ceramic pads are quieter, with minimal squealing during braking.
2. Low Dust Production: They produce less brake dust, keeping wheels cleaner.
3. Longer Rotor Life: Less abrasive on brake rotors, leading to extended rotor lifespan.
4. Stable Performance: Consistent braking under moderate temperatures and conditions.
5. Corrosion Resistance: Resist moisture and environmental elements better than sintered pads.

Disadvantages:

1. Limited Heat Tolerance: Not ideal for aggressive riding or high-speed descents where braking generates excessive heat.
2. Lower Friction Coefficient: Can result in less braking power compared to sintered pads, especially in wet or extreme conditions.

Sintered Pads-

Sintered (metallic) brake pads are built for durability and high-performance scenarios. Ideal for hard enduro and extreme conditions, made for the rider looking for the best performing brake pads

Advantages:

1. Superior Heat Dissipation: Handle high temperatures effectively, making them ideal for Enduro, Motocross, or aggressive Trail riding.
2. High Stopping Power: Provide excellent braking force in both wet and dry conditions.
3. Durability: Long-lasting, especially under extreme conditions or for heavier modified Ebikes.
4. Better Performance in Wet Conditions: Work well in rain or muddy environments due to their resistance to contamination.

Disadvantages:

1. Noisier Operation: Tend to squeal more during braking, especially in wet conditions.
2. Increased Rotor Wear: More abrasive, which can lead to faster rotor degradation.
3. Higher Dust Production: Produce more brake dust compared to ceramic pads.
4. Requires Heat to Perform Optimally: May feel less effective during the initial braking period until they warm up.