Brembo 13-18 Lexus ES300h/16-18 ES350/13-18 Toyota Avalon Rear Premium UV Coated OE Equivalent Rotor

Brembo 13-18 Lexus ES300h/16-18 ES350/13-18 Toyota Avalon Rear Premium UV Coated OE Equivalent RotorUpgrade your vehicle's braking system with the BRE UV Coated OE Equivalent Rotors by Brembo. Designed for enthusiasts who demand performance and reliability, these rotors offer a perfect balance between style and function. Manufactured with high quality iron, these solid brake rotors feature a UV coated finish that protects against corrosion and enhances durability. With a solid surface style, they ensure consistent and responsive braking performance

Upgrade your vehicle's braking system with the BRE UV Coated OE Equivalent Rotors by Brembo. Designed for enthusiasts who demand performance and reliability, these rotors offer a perfect balance between style and function.

Manufactured with high-quality iron, these solid brake rotors feature a UV-coated finish that protects against corrosion and enhances durability. With a solid surface style, they ensure consistent and responsive braking performance ideal for street use.

Measuring 11.06 inches in diameter and 0.394 inches thick, these rotors are engineered to meet OE specifications while providing reliable stopping power. The 60.1 mm center bore ensures a secure fit with your vehicle’s hub.

Compatible with stock calipers, these rotors offer a straightforward upgrade without the need for additional modifications. Each rotor is sold individually, allowing for flexible replacement options.

Key features include a discard thickness of 0.330 inches (8.50 mm) to maintain safety and performance, ensuring you'll replace the rotor before excessive wear occurs. Trust Brembo’s renowned quality and precise engineering for a brake rotor that meets and exceeds expectations.

Experience dependable braking, enhanced durability, and a sleek UV-coated finish with the Brembo Prime UV Coated Brake Rotors, perfect for enhancing the performance and appearance of your vehicle’s braking system.