2020 Mini Cooper Countryman Disc Brake Rotor - Front and Rear DS-One

  • Features:
    • Engineered with Carbon-Enhanced PowerCast™ (G11H18/G3000) iron castings to achieve an unmatched power and braking performance (strength, grip, stability)
    • Exclusive DS1™ Bi-Directional Drilled and Slotted for universal left or right installation
    • Precision Cross-Drilled and Slotted for maximum cooling and heat dissipation
    • Electrophoretic PowerShield™ provides 360° of anti-corrosion protection on 100% of the non-braking rotor surface
    • 100% Precision Spin and Mill-Balanced for smoother stopping and zero vibration at any speed
    • Cross-Hatched smooth surface to improve the pad's ability to grip the rotor surface, especially during initial brake applications or in wet conditions
    • Tested for maximum tolerance to voluminous amount of constant thermal cycles
    • Packed in a Vapor Corrosion Inhibitor (VCI) bag, it eliminates the need for an oil coating and reduces prep time
    • Kit Includes: 2x Front Disc Brake Rotor (Both Side) + 2x Rear Disc Brake Rotor (Both Side)
    • Part Reference Numbers : AC29055 AR29055 CR29055 PR29055 YH586426C YH586613C YH586426 YH586613 125.34186 126.34186 BM-7605 248882127 48882127 748882127 34106881045 34116865711 941311 620072 982127 ABM2001 BBM2001 AC14745 AR14745 CR14745 PR
  • DS-One is the pioneer in Disc Brake Rotor innovation and developed the award-winning DS1™ Bi-Directional Drilled and Slotted. This technology brings universal left or right installation to performance rotors and extreme heat dissipation while maintaining the rotor structure. Our exclusive Carbon-Enhanced PowerCast™ (G11H18/G3000) iron castings achieve an unmatched power friction, superior fade resistance and is lab tested to ensure consistency and reliability in our manufacturing process. Our rotors also feature our proprietary PowerShield™, a performance grade electrophoretic coating with higher heat resistance and tolerance for a long-lasting durability that will weather any elements.

Additional Fitment Information:
Vehicle Position Sub Model
2020 Mini Cooper Countryman Front and Rear John Cooper Works ALL4
10 In Stock
Best Price:

Special Price

$242.27 USD
$290.72 USD
Brand DS-One
Part # KD-100662
Condition New
Warehouse E

DS-One

  • Front Rear Coated Drilled Slot Disc Brake Rotors Kit For Mini Cooper Countryman
  • DS-One Front Rear Coated Drilled Slotted Disc Brake Rotors Kit For 2020 Mini Cooper Countryman John Works ALL4 KD-100662
  • DS-One
  • General

    WebNameEbay4
    For Mini Cooper Countryman Front Rear Coated Drilled Slot Disc Brake Rotors Kit
    ComponentsSummaryRegularWithBrands
    4x Ds-one Disc Brake Rotor
    ComponentsSummaryShort
    4x Disc Rotor
    ComponentsSummaryLongWithBrands
    2x Front Ds-one Disc Brake Rotor (both Side) + 2x Rear Ds-one Disc Brake Rotor (both Side)
    WebNamePlain
    Ds-one Front Rear Coated Drilled Slotted Disc Brake Rotors Kit Kd-100662
    ComponentsSummaryShortWithBrands
    4x Ds-one Disc Rotor
    NumberOfPieces
    4
    ComponentsSummaryLong
    2x Front Disc Brake Rotor (both Side) + 2x Rear Disc Brake Rotor (both Side)
    WebNameLong
    Ds-one Front Rear Coated Drilled Slotted Disc Brake Rotors Kit For 2020 Mini Cooper Countryman John Works All4 Kd-100662
    WebNameShort
    Front Rear Drill Slot Brake Rotor Kit For 20 Mini Cooper Countryman John Works All4 Kd-100662
    ComponentsSummaryRegular
    4x Disc Brake Rotor
    WebNameRegular
    Ds-one Front Rear Coated Drilled Slotted Disc Brake Rotors Kit For 2020 Mini Cooper Countryman John Works All4 Kd-100662
    WebNameEbay2
    [front+rear] Coated Drilled Slot Disc Brake Rotor Kit For Mini Cooper Countryman
    WebNameEbay3
    Coated Drilled Slot Disc Brake Rotors Front Rear Kit For Mini Cooper Countryman
    WebNameEbay
    Front Rear Coated Drilled Slot Disc Brake Rotors Kit For Mini Cooper Countryman
    Information on technical characteristics, the delivery set, the country of manufacture and the appearance of the goods is for reference only and is based on the latest information available at the time of publication.

    Loading...