DVJX 14-34382 Disc Brake Rotor - Rear

Rear Brake Rotor Fitment

ProMax 14-34382 is a rear disc brake rotor for select Jaguar applications with 326mm outer diameter requirements. It is listed for multiple XF, XJ, XK, XFR, XFR-S, XKR, S-Type, XJ8, Super V8, and Vanden Plas configurations, including specific notes for front rotor diameter and chassis breakpoints.

• Rear disc brake rotor for select Jaguar models
• 326mm outer diameter for listed applications
• Fitment notes cover rotor diameter and VIN-specific breakpoints
• ProMax line part number 14-34382

Detailed Fitment Information

This ProMax rotor is built around application-specific rear brake fitment, with separate listings for Jaguar XF, XJ, XK, XFR, XFR-S, XKR, S-Type, XJ8, Super V8, and Vanden Plas models. The fitment data includes notes such as 355mm front rotor diameter, naturally aspirated configurations, late-model coverage, and chassis/VIN breakpoints, so confirming the exact vehicle setup is important before ordering. If you are replacing a rear brake rotor on a Jaguar XF or Jaguar XJ, this part number 14-34382 matches the listed rear applications.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

What It Helps Address

• Rear rotor wear that can affect braking consistency
• Brake pulsation caused by rotor surface condition
• Noise from a rotor that no longer meets service limits
• Fitment issues when the vehicle uses the listed 326mm rear rotor specification

Installation Notes

Verify the rear axle application, rotor diameter, and any chassis or VIN notes before installation. Confirm whether the vehicle is listed with a 355mm front rotor diameter, naturally aspirated configuration, or late-model breakpoint, since those details affect fitment. Use part number 14-34382 to match the catalog listing for the correct Jaguar rear brake rotor.

Quality Assurance

ProMax 14-34382 is cataloged as a ProMax brake rotor with vehicle-specific fitment data for direct application matching. Review the listed notes carefully to ensure the rotor specification aligns with the vehicle configuration before service.