Brembo 16-20 Lexus GS F/15-20 RC F Rear Left Premium UV Coated OE Equivalent Rotor

Brembo 16-20 Lexus GS F/15-20 RC F Rear Left Premium UV Coated OE Equivalent RotorExperience enhanced braking performance with the Brembo Prime UV Coated Brake Rotors, designed for street use and compatible with stock calipers. These high quality rotors feature a UV coated finish that provides outstanding resistance to corrosion while maintaining a sleek appearance. The vented rotor construction helps dissipate heat effectively during intense driving sessions, reducing the risk of brake fade and ensuring consistent stopping power.

Experience enhanced braking performance with the Brembo Prime UV Coated Brake Rotors, designed for street use and compatible with stock calipers. These high-quality rotors feature a UV-coated finish that provides outstanding resistance to corrosion while maintaining a sleek appearance.

The vented rotor construction helps dissipate heat effectively during intense driving sessions, reducing the risk of brake fade and ensuring consistent stopping power. The slotted surface design improves brake pad contact and helps to remove dust and gases that can build up during braking.

With an outside diameter of 13.58 inches and a nominal thickness of 1.102 inches (28 mm), these rotors meet rigorous manufacturing standards for both durability and performance. The discard thickness of 1.024 inches (26 mm) ensures a clear indicator for replacement, helping to maintain optimal brake system safety.

Crafted from robust iron material, Brembo’s rotors combine strength and reliability in every application. Each rotor is sold individually, perfect for enthusiasts and professionals looking to upgrade or maintain their vehicle’s braking system with OEM equivalent quality.

Trust Brembo, a leading brand with a reputation for precision engineering and performance, as part number 09.C181.11 ensures a perfect fit and easy installation. The 60 mm center bore fits various vehicle makes and models, making these rotors a versatile choice for performance-oriented drivers.