Dynamite Friction 8002-59009 Disc Brake Rotor Set - Front

Front Drilled and Slotted Brake Rotors

Dynamite Friction DFC Brake Rotors - Drilled and Slotted - Black, part number 8002-59009, are front disc brake rotors for select Acura and Honda applications. This rotor set is built for drivers looking for a direct-fit front brake rotor replacement with a drilled and slotted design and black finish.

Key Features

• Part number 8002-59009
• Front disc brake rotor set
• Drilled and slotted rotor design
• Black finish
• Compatible With 2022 Acura ILX, front
• Compatible With 2017-2021 Acura ILX, front
• Compatible With 2017-2020 Honda Civic, front
• Compatible With 2016-2017 Honda Accord, front

Product Details

The DFC Brake Rotors - Drilled and Slotted - Black line from Dynamite Friction focuses on front brake rotor applications with a performance-oriented surface pattern and corrosion-resistant appearance. Part number 8002-59009 is listed for select Acura ILX, Honda Civic, and Honda Accord front axle applications, making it a fitment-based option for drivers replacing worn front rotors on these vehicles.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Common Issues This Part Addresses

• Front brake rotor wear
• Brake pulsation from uneven rotor surfaces
• Visible rotor corrosion on the braking surface
• Reduced braking consistency from worn rotors
• Need for a direct-fit front rotor replacement

Installation Notes and Tips

Verify front axle fitment before ordering and match the vehicle year, make, and model to the listed applications. For 2022 Acura ILX, 2017-2021 Acura ILX, 2017-2020 Honda Civic, and 2016-2017 Honda Accord, this rotor set installs at the front position only. Inspect pads, calipers, and hub surfaces during rotor replacement to confirm proper brake system condition.

Quality Assurance

Dynamite Friction DFC Brake Rotors - Drilled and Slotted - Black, part number 8002-59009, is a branded brake rotor set from the DFC product line for listed front applications.