2023 Dodge Durango Disc Brake Pad Set - Rear AmeriBrakes

  • Features:
    • AmeriBRAKES pads are engineered and made in North America
    • Exclusive carbon enhanced materials to ensure optimal all-condition performance
    • 1:1 OE Design - Chamfered and slotted only when applicable to ensure safety and perfect fit
    • OE Designed shims for virtually no vibration and noiseless braking
    • Part Reference Numbers : PRM1053A PTM1053 7831 7958 8805 9064 9132 FT7958 PF7958M QE7958M SG7958M SS7831M SS7958M UP7831M UP7958M D1053 D1053A D1270 1053 1053A 1270
    • High-temp Silaramic® lubricant and Rubberized wear sensor included
  • AmeriBrakes are a 100% North American made brake pad line manufactured in our own plant in Cambridge, Ontario. This allows us to have a continued advantage in the aftermarket for delivering first-to-market products with leading edge technology. AmeriBRAKES are progressive regarding materials and formulation development, we were “first-to-market” with a 100% copper free formula. Along with the engineering and high-quality raw materials that make an exceptional brake pad, it requires continuous hands-on control. Having total control in all areas of the manufacturing process assures 100% product quality all the way through distribution (which cannot always be guaranteed when sourcing across the ocean)
  • They are sold as a set and only quantity 1 is required for both wheels

Additional Fitment Information:
Vehicle Position Sub Model
2023 Dodge Durango Rear R/T
4 In Stock
Best Price:

Special Price

$63.49 USD
$76.19 USD
Brand AmeriBrakes
Part # NWF-PTM1053
Condition New
Warehouse E

AmeriBrakes

  • Rear Semi-Metallic Disc Brake Pads For Jeep Grand Cherokee Dodge Charger Durang
  • With Brembo Brakes
  • Rear Semi-Metallic Disc Brake Pads NWF-PTM1053 For Jeep Grand Cherokee Dodge Charger Durango Chrysler 300 Chevrolet Camaro Challenger Cadillac CTS Tesla X S Magnum STS SS
  • AmeriPlatinum Semi-Metallic With Hardware
  • General

    WebNameEbay4
    For Jeep Grand Cherokee Dodge 300 Rear Semi-metallic Disc Brake Pads Nwf-ptm1053
    Friction Material Attachment
    Integrally Molded
    Grade Type
    Regular
    ComponentsSummaryLongWithBrands
    1x Rear Ameribrakes Disc Brake Pad Set
    WebNamePlain
    Rear Semi-metallic Disc Brake Pads Nwf-ptm1053
    ComponentsSummaryShortWithBrands
    Ameribrakes Disc Brake Pad Set
    Pad Shims Included
    Yes
    ComponentsSummaryLong
    1x Rear Disc Brake Pad Set
    FMSI Number
    7958
    Friction Material Thickness Inner Pad
    14.6
    Chamfered Edges
    No
    Friction Material Composition
    Semi-metallic
    WebNameShort
    Rear Semi-metallic Disc Brake Pads Nwf-ptm1053 For Jeep Grand Cherokee Dodge Charger Durango 300 Cts
    WebNameEbay
    Rear Semi-metallic Disc Brake Pads For Jeep Grand Cherokee Dodge Charger Durango
    Slotted
    No
    Friction Material Thickness Outer Pad
    14.6
    ComponentsSummaryRegularWithBrands
    Ameribrakes Disc Brake Pad Set
    ComponentsSummaryShort
    Disc Brake Pad Set
    NumberOfPieces
    1
    Abutment Clips Included
    Yes
    WebNameLong
    Rear Semi-metallic Disc Brake Pads Nwf-ptm1053 For Jeep Grand Cherokee Dodge Charger Durango Chrysler 300 Chevrolet Camaro Challenger Cadillac Cts Tesla X S Magnum Sts Ss
    ComponentsSummaryRegular
    Disc Brake Pad Set
    WebNameRegular
    Rear Semi-metallic Disc Brake Pads Nwf-ptm1053 For Jeep Grand Cherokee Dodge Charger Durango Chrysler 300 Chevrolet Camaro Challenger Cadillac Cts Tesla X S Magnum Sts Ss
    Pad Wear Sensor Included
    No
    WebNameEbay2
    [rear] Semi-metallic Disc Brake Pads Nwf-ptm1053 For Jeep Grand Cherokee Dodge X
    WebNameEbay3
    Semi-metallic Disc Brake Pads Rear Nwf-ptm1053 For Jeep Grand Cherokee Dodge 300

    Packaging

    length
    3.31 in
    width
    6.50 in
    height
    10.00 in
    weight
    4.41 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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