2002 Mercedes-Benz SLK230 Disc Brake Pad Set - Rear CMX

  • Features:
    • Exclusive high-density ceramic formula for optimal braking power and quietness. Our formula provides unmatched braking power in hot or cold weather with optimal pad life
    • Precision manufactured to meet automotive-industry TS16949 quality certification standard
    • Quiet Channel Technology: Advanced materials virtually eliminate the usual noise caused by misalignment
    • Precise laser-cut channel cut provides a superior thermal stability and prevent overheating
    • Manufactured using a new technology to ensure a friction consistency and improve braking performance
    • Chamfered like OE pads for maximum pad retention and to prevent edge shifting
    • Part Reference Numbers : 7657 7647 PF7647M SS7647M AD7647 UP7647M UP7647X D779 779
  • As a leader in the Automotive Braking industry, CMX delivers unrivaled braking solutions that redefine performance, reliability, and safety for your vehicle. CMX offers a comprehensive range of cutting-edge brake components meticulously engineered to meet the demands of do-it-yourself customers, garages and large fleet operators. From high-performance brake pads and rotors, to durable brake drums, reliable brake wheel cylinders, state-of-the-art brake shoes and convenient brake kits, CMX has everything you need to elevate your vehicle's braking system. We delivers the highest standards of quality and reliability for your braking needs, enabling you to drive with confidence, precision, and peace of mind.
  • They are sold as a set and only quantity 1 is required for both wheels
This Part Fits the Following OEM/Substitute Numbers:
7647, 7657, 779, AD7647, D779, PF7647M, SS7647M, UP7647M, UP7647X

Additional Fitment Information:
Vehicle Position
2002 Mercedes-Benz SLK230 Rear
10 In Stock
Best Price:

Holiday Special

$39.88 USD
$47.86 USD
Brand CMX
Part # CMX-D779
Condition New
Warehouse E

CMX

  • Rear Ceramic Disc Brake Pads For Mercedes-Benz C230 C240 Chrysler Crossfire C28
  • Rear Ceramic Disc Brake Pads CMX-D779 For Mercedes-Benz C230 C240 Chrysler Crossfire SLK230 SLK280 SLK320 SLK300 C280
  • CMX Ceramic
  • General

    WebNameEbay4
    For Mercedes-benz C230 C240 Chrysler C280 Rear Ceramic Disc Brake Pads Cmx-d779
    Friction Material Attachment
    Integrally Molded
    Grade Type
    Regular
    ComponentsSummaryLongWithBrands
    1x Rear Cmx Disc Brake Pad Set
    WebNamePlain
    Rear Ceramic Disc Brake Pads Cmx-d779
    ComponentsSummaryShortWithBrands
    Cmx Disc Brake Pad Set
    Pad Shims Included
    Yes
    ComponentsSummaryLong
    1x Rear Disc Brake Pad Set
    FMSI Number
    7647
    Friction Material Thickness Inner Pad
    10.2
    Chamfered Edges
    Yes
    Friction Material Composition
    Ceramic
    WebNameShort
    Rear Ceramic Disc Brake Pads Cmx-d779 For Mercedes-benz C230 C240 Chrysler Crossfire Slk230 Slk280
    WebNameEbay
    Rear Ceramic Disc Brake Pads For Mercedes-benz C230 C240 Chrysler Crossfire C280
    Slotted
    Yes
    Friction Material Thickness Outer Pad
    10.2
    ComponentsSummaryRegularWithBrands
    Cmx Disc Brake Pad Set
    ComponentsSummaryShort
    Disc Brake Pad Set
    NumberOfPieces
    1
    Abutment Clips Included
    No
    WebNameLong
    Rear Ceramic Disc Brake Pads Cmx-d779 For Mercedes-benz C230 C240 Chrysler Crossfire Slk230 Slk280 Slk320 Slk300 C280
    ComponentsSummaryRegular
    Disc Brake Pad Set
    WebNameRegular
    Rear Ceramic Disc Brake Pads Cmx-d779 For Mercedes-benz C230 C240 Chrysler Crossfire Slk230 Slk280 Slk320 Slk300 C280
    Pad Wear Sensor Included
    No
    WebNameEbay2
    [rear] Ceramic Disc Brake Pads Cmx-d779 For Mercedes-benz C230 C240 Chrysler
    WebNameEbay3
    Ceramic Disc Brake Pads Rear Cmx-d779 For Mercedes-benz C230 C240 Chrysler C280

    Packaging

    length
    5.91 in
    width
    4.72 in
    height
    1.77 in
    weight
    1.43 lb
    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.

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