Vehicle
Vehicle
The Smart WAY to Buy Auto Parts Online!
About us
Feedback
Retrieve Quote
usa ca
Menu
Feedback Retrieve Quote
Account 0 Cart Garage
Phone: (800) 594-0237 CA
Select a vehicle to find exact fit parts
Back to vehicles list
Hello, Log In My Account
0 Shopping Cart $0.00

2008 Dodge Challenger Disc Brake Rotor - Rear CMX

4.5 on 98 ratings
  • Features:
    • Engineered with carbon-enhanced XCast™ (G3000) iron castings to achieve an optimal wear resistance, tensile strength and steel hardness providing unmatched braking performance
    • 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
    • Double disc ground finish eliminates lateral run-out and DTV (disk thickness variation) issues on the rotor and improves pad-rotor bed-in
    • Tested for maximum tolerance to voluminous amount of constant thermal cycles
    • CNC-Machined to the tightest tolerances to guarantee manufacturing precision and accuracy
    • Thickness and Metallurgy electronically validated for manufacturing consistency
    • Best matched with CMX, TEC, SIM or PPF brake pads
    • Kit Includes: 2x Rear Disc Brake Rotor (Both Side)
    • Part Reference Numbers : AG53030 CR53030 PR53030 53030 53055 YH145671C YH145671 120.63064 126.63064 121.63064 226.63064 BR900560 53208-S 53208 48880390 248880390 748880390 126417 Q53030 780390 780723 BD126417E BD180396E BD126417 BD180396
  • 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.

Additional Fitment Information:
Vehicle Position
2008 Dodge Challenger Rear
1 In Stock
Best Price:

Special Price

$113.81 USD
$136.57 USD
Brand CMX
Part # K8-100698
Condition New
Warehouse E
CMX

Challenger CMX Disc Brake Rotor K8-100698 2008 Dodge
  • Rear Disc Brake Rotors Pair For Dodge Charger Chrysler 300 Challenger Magnum
  • CMX Rear Disc Brake Rotors Pair For Dodge Charger Chrysler 300 Challenger Magnum K8-100698
  • CMX Rotor Kit

    • General

    WebNameEbay4
    For Dodge Charger Chrysler 300 Challenger Magnum Rear Disc Brake Rotors Pair
    ComponentsSummaryRegularWithBrands
    2x Cmx Disc Brake Rotor
    ComponentsSummaryShort
    2x Disc Rotor
    ComponentsSummaryLongWithBrands
    2x Rear Cmx Disc Brake Rotor (both Side)
    WebNamePlain
    Cmx Rear Disc Brake Rotors Pair K8-100698
    ComponentsSummaryShortWithBrands
    2x Cmx Disc Rotor
    NumberOfPieces
    2
    ComponentsSummaryLong
    2x Rear Disc Brake Rotor (both Side)
    WebNameLong
    Cmx Rear Disc Brake Rotors Pair For Dodge Charger Chrysler 300 Challenger Magnum K8-100698
    WebNameShort
    Rear Disc Brake Rotors Pair For Dodge Charger Chrysler 300 Challenger Magnum K8-100698
    ComponentsSummaryRegular
    2x Disc Brake Rotor
    WebNameRegular
    Cmx Rear Disc Brake Rotors Pair For Dodge Charger Chrysler 300 Challenger Magnum K8-100698
    WebNameEbay2
    [rear] Disc Brake Rotors Pair For Dodge Charger Chrysler 300 Challenger Magnum
    WebNameEbay3
    Disc Brake Rotors Rear Pair For Dodge Charger Chrysler 300 Challenger Magnum
    WebNameEbay
    Rear Disc Brake Rotors Pair For Dodge Charger Chrysler 300 Challenger Magnum
    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...