HomeStore

Dynamite Friction 4004-76012 Disc Brake Rotor Set - Front and Rear

Product image 1

Dynamite Friction 4004-76012 Disc Brake Rotor Set - Front and Rear

DFC Geospec Rotors for Lexus and Toyota

The Dynamite Friction DFC Geospec Rotors part number 4004-76012 are a disc brake rotor set for select Lexus and Toyota applications. This set is listed for front and rear use on 1999-2003 Lexus RX300 and 2001-2003 Toyota Highlander models.

Key Features

  • Disc brake rotor set for front and rear positions
  • Compatible with 1999-2003 Lexus RX300 brake service
  • Compatible with 2001-2003 Toyota Highlander brake service
  • DFC Geospec Rotors product line from Dynamite Friction
  • Part number 4004-76012 for accurate catalog matching

Product Details

DFC Geospec Rotors are part of Dynamite Friction’s rotor line for drivers replacing worn brake rotors on supported vehicles. This set is cataloged for the Lexus RX300 and Toyota Highlander across the listed model years, with coverage for both front and rear positions. If you are searching for Lexus RX300 front and rear brake rotors or Toyota Highlander disc brake rotor set 2001-2003, part number 4004-76012 matches the application data provided here.

Common Issues Addressed

  • Brake pulsation from rotor wear or thickness variation
  • Scoring or surface damage on existing rotors
  • Reduced braking consistency during routine stops
  • Rotor replacement needs during brake pad service

Installation Notes

Verify vehicle year, make, model, and axle position before installation. Confirm rotor dimensions and brake system configuration against the existing parts on the vehicle. For best results, inspect pads, calipers, and related brake components during rotor replacement. Professional brake service is recommended if you are not equipped to measure and install brake components correctly.

Quality Assurance

Dynamite Friction’s DFC Geospec Rotors line is cataloged for direct application matching on the listed Lexus and Toyota vehicles. Part number 4004-76012 should be matched to the vehicle fitment shown above before purchase or installation.

DFC Geospec Rotors for Lexus and Toyota

The Dynamite Friction DFC Geospec Rotors part number 4004-76012 are a disc brake rotor set for select Lexus and Toyota applications. This set is listed for front and rear use on 1999-2003 Lexus RX300 and 2001-2003 Toyota Highlander models.

Key Features

  • Disc brake rotor set for front and rear positions
  • Compatible with 1999-2003 Lexus RX300 brake service
  • Compatible with 2001-2003 Toyota Highlander brake service
  • DFC Geospec Rotors product line from Dynamite Friction
  • Part number 4004-76012 for accurate catalog matching

Product Details

DFC Geospec Rotors are part of Dynamite Friction’s rotor line for drivers replacing worn brake rotors on supported vehicles. This set is cataloged for the Lexus RX300 and Toyota Highlander across the listed model years, with coverage for both front and rear positions. If you are searching for Lexus RX300 front and rear brake rotors or Toyota Highlander disc brake rotor set 2001-2003, part number 4004-76012 matches the application data provided here.

Common Issues Addressed

  • Brake pulsation from rotor wear or thickness variation
  • Scoring or surface damage on existing rotors
  • Reduced braking consistency during routine stops
  • Rotor replacement needs during brake pad service

Installation Notes

Verify vehicle year, make, model, and axle position before installation. Confirm rotor dimensions and brake system configuration against the existing parts on the vehicle. For best results, inspect pads, calipers, and related brake components during rotor replacement. Professional brake service is recommended if you are not equipped to measure and install brake components correctly.

Quality Assurance

Dynamite Friction’s DFC Geospec Rotors line is cataloged for direct application matching on the listed Lexus and Toyota vehicles. Part number 4004-76012 should be matched to the vehicle fitment shown above before purchase or installation.

$238.36
Dynamite Friction 4004-76012 Disc Brake Rotor Set - Front and Rear
$238.36

Description

DFC Geospec Rotors for Lexus and Toyota

The Dynamite Friction DFC Geospec Rotors part number 4004-76012 are a disc brake rotor set for select Lexus and Toyota applications. This set is listed for front and rear use on 1999-2003 Lexus RX300 and 2001-2003 Toyota Highlander models.

Key Features

  • Disc brake rotor set for front and rear positions
  • Compatible with 1999-2003 Lexus RX300 brake service
  • Compatible with 2001-2003 Toyota Highlander brake service
  • DFC Geospec Rotors product line from Dynamite Friction
  • Part number 4004-76012 for accurate catalog matching

Product Details

DFC Geospec Rotors are part of Dynamite Friction’s rotor line for drivers replacing worn brake rotors on supported vehicles. This set is cataloged for the Lexus RX300 and Toyota Highlander across the listed model years, with coverage for both front and rear positions. If you are searching for Lexus RX300 front and rear brake rotors or Toyota Highlander disc brake rotor set 2001-2003, part number 4004-76012 matches the application data provided here.

Common Issues Addressed

  • Brake pulsation from rotor wear or thickness variation
  • Scoring or surface damage on existing rotors
  • Reduced braking consistency during routine stops
  • Rotor replacement needs during brake pad service

Installation Notes

Verify vehicle year, make, model, and axle position before installation. Confirm rotor dimensions and brake system configuration against the existing parts on the vehicle. For best results, inspect pads, calipers, and related brake components during rotor replacement. Professional brake service is recommended if you are not equipped to measure and install brake components correctly.

Quality Assurance

Dynamite Friction’s DFC Geospec Rotors line is cataloged for direct application matching on the listed Lexus and Toyota vehicles. Part number 4004-76012 should be matched to the vehicle fitment shown above before purchase or installation.