Dynamite Friction 8004-58029 Disc Brake Rotor Set - Front and Rear

Drilled and Slotted Brake Rotors for Honda and Acura

Dynamite Friction DFC Rotors-Drilled and Slotted-Black, part number 8004-58029, is a disc brake rotor set for front and rear applications. It is built for drivers servicing Honda CR-V, Honda HR-V, and Acura ADX brake systems with a performance-oriented rotor design.

Key Features

• Disc brake rotor set for front and rear positions
• Drilled and slotted rotor design for consistent brake surface cleaning
• Black finish for a clean appearance behind the wheel
• Fits 2025-2026 Acura ADX, front and rear
• Fits 2017-2026 Honda CR-V, front and rear
• Fits 2023-2026 Honda HR-V, front and rear
• Part number 8004-58029 for application matching

Product Details

The DFC Rotors-Drilled and Slotted-Black line from Dynamite Friction focuses on rotor applications that pair a drilled and slotted surface with a black-coated finish. For Honda CR-V, Honda HR-V, and Acura ADX owners, this rotor set provides a direct-fit brake service option for front and rear replacement needs. Search terms such as front and rear drilled and slotted brake rotors for 2017-2026 Honda CR-V or 2023-2026 Honda HR-V are a close match for this part number 8004-58029.

Common Brake Issues Addressed

• Rotor wear that creates brake pulsation
• Grooved or uneven rotor surfaces
• Brake noise from worn rotor faces
• Corrosion on exposed rotor surfaces
• Reduced braking consistency during routine service intervals

Installation Notes

Verify rotor size and brake package match before installation. Clean the hub mounting surface, inspect pads and calipers, and follow the vehicle service manual for torque and bedding procedures. This part number 8004-58029 is listed for front and rear positions only on the confirmed Honda and Acura applications shown above.

Quality Assurance

Dynamite Friction identifies this rotor set under the DFC Rotors-Drilled and Slotted-Black product line for application-specific brake service. Confirm fitment by year, make, model, and position before ordering.