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$64.62The Story
Rear Brake Kit for Chrysler 300 and Dodge Applications
Dynamite Friction DFC Brake Rotor- 1214 Heavy Duty Brake Pad, part number 6202-39095, is a rear disc brake kit for select Chrysler 300, Dodge Challenger, Dodge Charger, and Dodge Magnum applications. It is built for drivers replacing rear brake components on vehicles with solid rear rotor configurations where listed.
Key Features
- Rear disc brake kit for select Chrysler and Dodge vehicles
- Includes DFC rotors with heavy duty brake pads in listed applications
- Application-specific coverage for rear brake service
- Fits multiple model years of Chrysler 300, Dodge Challenger, Dodge Charger, and Dodge Magnum
- Part number 6202-39095 for ordering and catalog lookup
Detailed Product Information
The Dynamite Friction DFC Brake Rotor- 1214 Heavy Duty Brake Pad kit is cataloged for rear brake service on 2005-2022 Chrysler 300, 2005-2020 Dodge Challenger, 2006-2020 Dodge Charger, and 2005-2008 Dodge Magnum applications, with notes for solid rear rotor setups where specified. Use this kit when servicing rear brake wear on Chrysler 300 rear brake systems or Dodge rear disc brake applications that match the listed fitment. The part number 6202-39095 helps confirm the correct rear brake kit during lookup and ordering.
What This Product Helps Address
- Rear brake pad wear
- Rotor scoring or surface wear
- Brake pulsation from worn rear rotors
- Reduced braking performance at the rear axle
- Noise caused by worn brake friction components
Installation Notes and Tips
Verify year, make, model, and rear brake configuration before installation. Confirm whether the vehicle uses a solid rear rotor setup where noted in the fitment data. Inspect calipers, slides, and brake fluid condition during service, and follow the vehicle manufacturer’s brake service procedures.
Quality Assurance
Dynamite Friction catalogs this rear brake kit under part number 6202-39095 for application-specific fitment on listed Chrysler and Dodge models. Confirm all fitment details against the vehicle before installation.
Description
Rear Brake Kit for Chrysler 300 and Dodge Applications
Dynamite Friction DFC Brake Rotor- 1214 Heavy Duty Brake Pad, part number 6202-39095, is a rear disc brake kit for select Chrysler 300, Dodge Challenger, Dodge Charger, and Dodge Magnum applications. It is built for drivers replacing rear brake components on vehicles with solid rear rotor configurations where listed.
Key Features
- Rear disc brake kit for select Chrysler and Dodge vehicles
- Includes DFC rotors with heavy duty brake pads in listed applications
- Application-specific coverage for rear brake service
- Fits multiple model years of Chrysler 300, Dodge Challenger, Dodge Charger, and Dodge Magnum
- Part number 6202-39095 for ordering and catalog lookup
Detailed Product Information
The Dynamite Friction DFC Brake Rotor- 1214 Heavy Duty Brake Pad kit is cataloged for rear brake service on 2005-2022 Chrysler 300, 2005-2020 Dodge Challenger, 2006-2020 Dodge Charger, and 2005-2008 Dodge Magnum applications, with notes for solid rear rotor setups where specified. Use this kit when servicing rear brake wear on Chrysler 300 rear brake systems or Dodge rear disc brake applications that match the listed fitment. The part number 6202-39095 helps confirm the correct rear brake kit during lookup and ordering.
What This Product Helps Address
- Rear brake pad wear
- Rotor scoring or surface wear
- Brake pulsation from worn rear rotors
- Reduced braking performance at the rear axle
- Noise caused by worn brake friction components
Installation Notes and Tips
Verify year, make, model, and rear brake configuration before installation. Confirm whether the vehicle uses a solid rear rotor setup where noted in the fitment data. Inspect calipers, slides, and brake fluid condition during service, and follow the vehicle manufacturer’s brake service procedures.
Quality Assurance
Dynamite Friction catalogs this rear brake kit under part number 6202-39095 for application-specific fitment on listed Chrysler and Dodge models. Confirm all fitment details against the vehicle before installation.
