Original: $318.83
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$111.59The Story
DFC Geospec Rotors for Chrysler and Dodge
The Dynamite Friction DFC Geospec Rotor Set, part number 4004-39016, is a front and rear disc brake rotor set for select Chrysler and Dodge applications. It is built for drivers replacing worn rotors on Chrysler 300, Dodge Charger, Dodge Challenger, and Dodge Magnum models with the correct fitment details listed below.
Key Features
- Disc brake rotor set for front and rear positions
- DFC Geospec Rotors product line from Dynamite Friction
- Fits select 2005-2023 Chrysler 300 applications
- Fits select 2005-2023 Dodge Charger, Dodge Challenger, and Dodge Magnum applications
- Part number 4004-39016 for fitment verification
Fitment Details
- Fits 2005-2023 Chrysler 300, front and rear, DFC Geospec Rotors.
- Fits 2023 Dodge Challenger, front and rear, Performance Brake Package, vented rear disc; DFC Geospec Rotors.
- Fits 2012-2023 Dodge Charger, front and rear, DFC Geospec Rotors.
- Fits 2006 Dodge Charger, front and rear, DFC Geospec Rotors.
- Fits 2022 Dodge Challenger, front and rear, except Brembo calipers; DFC Geospec Rotors.
- Fits 2019-2020 Dodge Challenger, front and rear, except Brembo calipers; DFC Geospec Rotors.
- Fits 2021 Dodge Challenger, front and rear, DFC Geospec Rotors.
- Fits 2009-2018 Dodge Challenger, front and rear, DFC Geospec Rotors.
- Fits 2008-2010 Dodge Charger, front and rear, vented rear rotors; DFC Geospec Rotors.
- Fits 2005-2008 Dodge Magnum, front and rear, vented rear rotors; DFC Geospec Rotors.
- Fits 2007 Dodge Charger, front and rear, 320 x 22mm rotors; DFC Geospec Rotors.
Product Description
Use the DFC Geospec Rotor Set when replacing brake rotors on Chrysler 300 and Dodge performance sedans and coupes that require the listed front and rear fitments. The 4004-39016 rotor set covers multiple year ranges across the Chrysler 300, Dodge Charger, Dodge Challenger, and Dodge Magnum, including applications with vented rear rotors and Challenger models that exclude Brembo calipers. This makes part number 4004-39016 a direct reference point when matching rotor size and brake package details.
Common Replacement Reasons
- Brake pulsation from rotor wear or thickness variation
- Scoring, grooves, or heat checking on the rotor surface
- Reduced braking consistency during everyday driving
- Noise caused by worn or uneven rotors
- Need to replace front and rear rotors at the same time
Installation Notes
Verify rotor diameter, rear rotor style, and brake package details before ordering. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application. Confirm whether your Dodge Challenger uses Brembo calipers or a Performance Brake Package, and match the listed notes for Dodge Charger and Dodge Magnum applications before installation.
Quality Assurance
DFC Geospec Rotors are part of Dynamite Friction’s brake component lineup and are cataloged for specific OE-style vehicle applications. Part number 4004-39016 is listed with detailed year, model, and brake configuration coverage to support accurate replacement selection.
Description
DFC Geospec Rotors for Chrysler and Dodge
The Dynamite Friction DFC Geospec Rotor Set, part number 4004-39016, is a front and rear disc brake rotor set for select Chrysler and Dodge applications. It is built for drivers replacing worn rotors on Chrysler 300, Dodge Charger, Dodge Challenger, and Dodge Magnum models with the correct fitment details listed below.
Key Features
- Disc brake rotor set for front and rear positions
- DFC Geospec Rotors product line from Dynamite Friction
- Fits select 2005-2023 Chrysler 300 applications
- Fits select 2005-2023 Dodge Charger, Dodge Challenger, and Dodge Magnum applications
- Part number 4004-39016 for fitment verification
Fitment Details
- Fits 2005-2023 Chrysler 300, front and rear, DFC Geospec Rotors.
- Fits 2023 Dodge Challenger, front and rear, Performance Brake Package, vented rear disc; DFC Geospec Rotors.
- Fits 2012-2023 Dodge Charger, front and rear, DFC Geospec Rotors.
- Fits 2006 Dodge Charger, front and rear, DFC Geospec Rotors.
- Fits 2022 Dodge Challenger, front and rear, except Brembo calipers; DFC Geospec Rotors.
- Fits 2019-2020 Dodge Challenger, front and rear, except Brembo calipers; DFC Geospec Rotors.
- Fits 2021 Dodge Challenger, front and rear, DFC Geospec Rotors.
- Fits 2009-2018 Dodge Challenger, front and rear, DFC Geospec Rotors.
- Fits 2008-2010 Dodge Charger, front and rear, vented rear rotors; DFC Geospec Rotors.
- Fits 2005-2008 Dodge Magnum, front and rear, vented rear rotors; DFC Geospec Rotors.
- Fits 2007 Dodge Charger, front and rear, 320 x 22mm rotors; DFC Geospec Rotors.
Product Description
Use the DFC Geospec Rotor Set when replacing brake rotors on Chrysler 300 and Dodge performance sedans and coupes that require the listed front and rear fitments. The 4004-39016 rotor set covers multiple year ranges across the Chrysler 300, Dodge Charger, Dodge Challenger, and Dodge Magnum, including applications with vented rear rotors and Challenger models that exclude Brembo calipers. This makes part number 4004-39016 a direct reference point when matching rotor size and brake package details.
Common Replacement Reasons
- Brake pulsation from rotor wear or thickness variation
- Scoring, grooves, or heat checking on the rotor surface
- Reduced braking consistency during everyday driving
- Noise caused by worn or uneven rotors
- Need to replace front and rear rotors at the same time
Installation Notes
Verify rotor diameter, rear rotor style, and brake package details before ordering. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application. Confirm whether your Dodge Challenger uses Brembo calipers or a Performance Brake Package, and match the listed notes for Dodge Charger and Dodge Magnum applications before installation.
Quality Assurance
DFC Geospec Rotors are part of Dynamite Friction’s brake component lineup and are cataloged for specific OE-style vehicle applications. Part number 4004-39016 is listed with detailed year, model, and brake configuration coverage to support accurate replacement selection.
