ADVICS C6R109U Disc Brake Rotor - Rear

Rear Disc Brake Rotor for Acura and Honda

ADVICS C6R109U is an ultra-premium OE replacement rear disc brake rotor for select Acura and Honda applications. It is built to support efficient airflow through the rotor design, helping maintain consistent braking performance in everyday driving.

Key Features

• Ultra-premium OE replacement rotor for rear brake service
• Engineered to allow air to flow freely and efficiently
• Direct-fit application for select Acura ILX, Acura TSX, Honda Accord, and Honda HR-V models
• Part number C6R109U for easy identification
• Cross-references Bosch 26011451 for the same application

Detailed Description

ADVICS C6R109U is a rear disc brake rotor made for drivers servicing Acura ILX, Acura TSX, Honda Accord, and Honda HR-V brake systems. As part of the Ultra-Premium OE Replacement line, it is positioned as a factory-style replacement for vehicles that need a rear rotor matched to original equipment fitment expectations. The rotor design supports airflow through the braking surface area, which helps manage heat during repeated stops. If you are replacing worn rear rotors on a 2005-2017 Honda Accord, 2009-2014 Acura TSX, 2016-2022 Acura ILX, or 2016-2022 Honda HR-V, C6R109U is the correct part number to verify during ordering.

Common Reasons for Replacement

• Rear brake pulsation or vibration during stopping
• Rotor wear from normal pad contact over time
• Brake noise caused by uneven rotor surfaces
• Reduced braking smoothness on Acura ILX, Acura TSX, Honda Accord, or Honda HR-V rear brakes

Installation Notes and Tips

Confirm rear axle fitment before installation and match the rotor to the vehicle year, make, and model listed above. Inspect brake pads, caliper condition, and hub mounting surfaces during service so the new rotor seats properly. For best results, follow the vehicle manufacturer’s brake service procedure and torque specifications.

Quality Assurance

ADVICS manufactures brake components with OE-style fitment and rotor designs intended to support safe, effective braking performance.