Dynamite Friction 8502-32030 Disc Brake Kit - Front

Front Brake Kit for Mini Cooper

This Dynamite Friction disc brake kit is built for front brake service on the 2020-2022 Mini Cooper. It combines DFC rotors with a drilled and slotted black finish and 5000 Advanced Brake Pads for a direct-fit front brake replacement.

Key Features

• Disc brake kit for front axle service
• DFC rotors with drilled and slotted surface design
• Black rotor finish for a clean, corrosion-resistant appearance
• Includes 5000 Advanced Brake Pads
• Fits 2020-2022 Mini Cooper, front
• Part number 8502-32030 for ordering and reference

Product Details

The Dynamite Friction DFC Rotors-Drilled and Slotted-Black with 5000 Advanced Brake Pads line is a front brake service kit focused on rotor and pad replacement in one package. For Mini Cooper owners looking for a front disc brake kit, part number 8502-32030 provides a matched rotor-and-pad solution for the 2020, 2021, and 2022 model years. This kit is listed for the Mini Cooper front position only and is intended for vehicles that match the stated fitment.

What This Brake Kit Helps Address

• Front brake wear that reduces stopping performance
• Rotor scoring, grooves, or uneven braking feel
• Brake pad wear that can trigger noise or reduced friction
• Brake pulsation associated with worn front rotors
• Restoration of front brake service on a 2020-2022 Mini Cooper

Installation Notes

Verify front axle fitment before installation. Confirm rotor dimensions, pad shape, and vehicle configuration against the listed application for the 2020-2022 Mini Cooper. Clean hub surfaces, inspect related brake components, and follow factory service procedures during brake service. Part number 8502-32030 should be matched to the front position only.

Quality Assurance

Use this kit as a direct replacement for the listed application and inspect all braking components after installation to confirm proper operation. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.