brembo® Premium Xtra Cross Drilled UV Coated 1-Piece Front Brake Rotors 09.A259.1X

Brembo Premium Xtra Cross Drilled UV Coated 1-Piece Front Brake Rotors are featured as follows:

• Built with corrosion-resistant material ensuring long-lasting pristine looks.
• Features an advanced cooling system to reduce heat transfer, reduce brake fading, and improve stopping power.
• Designed to improve the rotational mass that maximizes overall vehicle performance and handling.
• Manufactured to meet OE specifications for perfect fitment and integration.
• Provided by Brembo, a world leader in braking technology due to its dedication to quality and innovation.

The Brembo Premium Xtra Cross Drilled UV Coated 1-Piece Front Brake Rotors 09.A259.1X is a premium quality, hard-wearing product designed for regular driving and performance-oriented uses. It has metallic effect to give it a clean look, UV coating as full protection and marking on the hub for easy reading of the minimum thickness required for replacement. The disc is resistant to corrosion, has high resistance to chemical agents, and is easy to install. It is made from high carbon cast iron for improved thermal and mechanical resistance and features unique pillar venting technology aimed at increasing its cooling capacity. The special cross-drilled or slotted finish helps in heat dissipation as well as elimination of brake dusts and gases The Brembo Premium Xtra Cross Drilled UV Coated 1-Piece Front Brake Rotors also works with OEM calipers, wheels and other vehicle parts hence making it a multipurpose option in most European cars.

Brembo is a well-known brand in the field of car braking systems, which constantly introduces new components, produces high-quality parts and sets competitive prices. The company has various brake discs and pads that are meant for either daily or motorsport driving. Brembo's items, notably the Sport and Turismo collections have improved elements made from sophisticated technologies to guarantee excellent performance, reliability and protection features.