ADVICS C6F085U Disc Brake Rotor - Front

Front Brake Rotor for Honda and Acura

ADVICS C6F085U is an ultra-premium OE replacement front disc brake rotor built for select Honda and Acura applications. It is engineered to support efficient airflow through the rotor design, helping maintain consistent braking performance in everyday driving.

Key Features

• Ultra-premium OE replacement rotor for front axle applications
• Designed to promote free airflow for efficient heat management
• Direct-fit coverage for select Honda Civic, Honda CR-Z, and Acura RSX models
• Cross-references ADVICS C6F085U, Bosch 26010750, and Raybestos 980059 for the same application
• Part number: C6F085U

Detailed Product Overview

ADVICS C6F085U is a front disc brake rotor for 2002-2006 Acura RSX, 2006-2011 Honda Civic, 2004-2005 Honda Civic with 5 stud wheel, and 2011-2015 Honda CR-Z. As part of ADVICS Ultra-Premium OE Replacement line, this rotor is positioned for drivers seeking an OE-style replacement that matches the original application requirements on Honda Civic and Acura RSX front brake systems. The rotor design supports airflow across the braking surface, which helps the brake system manage heat during repeated stops.

What This Rotor Helps Address

• Brake pulsation from a worn or uneven front rotor
• Reduced braking consistency during stop-and-go driving
• Rotor replacement needs on Honda Civic, Honda CR-Z, and Acura RSX front brake service
• Noise or vibration associated with rotor wear
• OE replacement needs for front disc brake maintenance

Installation Notes and Tips

Verify year, model, and front position before ordering. This rotor is listed for 2006-2011 Honda Civic, front; 2011-2015 Honda CR-Z, front; 2002-2006 Acura RSX, front; and 2004-2005 Honda Civic, front, 5 stud wheel. Inspect pads, calipers, and hub surfaces during brake service, and confirm rotor dimensions match the vehicle application before installation.

Quality Assurance

ADVICS manufactures brake components for OE replacement use, with rotor designs focused on safe, effective braking performance and efficient airflow management.