The CC compound is an organic, semi-metallic friction material for Brembo motorcycle brake pads, further developed with an increased carbon content. It is designed for road use and aims for a balanced ratio of friction coefficient, stability, and wear.

The lower coefficient of friction compared to more aggressive compounds supports well-modulated braking force, while the material stability across a wide temperature range promotes consistent performance in both cold and warm conditions. The friction pairing is also designed for reliable effectiveness on dry and wet roads and is particularly suitable for scooters with small to medium engine displacement.

Product features

• Increased carbon content: engineered balance of wear resistance and braking performance
• Organic semi-metallic: easily controllable friction coefficient for precise modulation
• Temperature-stable: consistent function in cold and warm operating conditions
• All-weather suitability: reliable friction performance in dry and wet conditions
• For small to medium displacements: tuned characteristics for everyday scooter use

Technical details

• Type: CC, standard
• Material: carbon ceramic
• Installation position: front
• Approval: e-approval
• Colour: blue

Dimensions

• 1A Width: 81,0 mm
• 1A Height: 45,9 mm
• 1A Thickness: 9,0 mm
• 1B Width: 81,0 mm
• 1B Height: 45,9 mm
• 1B Thickness: 9,0 mm

Scope of delivery

• 1x 07GR6207, Brake pads Brembo 07GR6207 carbon ceramic front with approval

About the manufacturer Brembo

Brembo is a global leader in the development and manufacture of high-performance braking systems. Brembo brake pads stand for the highest quality, optimal deceleration, and consistent performance under all conditions.

Whether for road vehicles, motorcycles, or motorsport: each compound is carefully matched to material, application, and temperature resistance to ensure maximum safety and efficiency. Brembo pads impress with precise modulation, long service life, and consistently reliable braking performance - even under heavy use.