Dynamite Friction 6232-40001 Disc Brake Kit - Rear

Rear Disc Brake Kit for Sprinter 3500

This Dynamite Friction disc brake kit is listed for the rear of the 2006 Dodge Sprinter 3500 with pin style brake pad sensors. Part number 6232-40001 is a fitment-specific service kit for owners searching for a rear brake solution for the Dodge Sprinter 3500.

Key Features

• Disc brake kit application for rear service work
• Fits 2006 Dodge Sprinter 3500, rear
• Notes specify use with pin style brake pad sensors
• Brand line references DFC Brake Rotor- 1214 Heavy Duty Brake Pad - Sensor
• Part number 6232-40001 for accurate ordering and catalog matching

Product Details

Dynamite Friction 6232-40001 is cataloged as a brake service kit for the rear axle on the 2006 Dodge Sprinter 3500. The listed brand line indicates a DFC brake rotor paired with a 1214 heavy duty brake pad sensor application, making this a targeted option for buyers searching rear brake service parts for the Dodge Sprinter 3500 with pin style brake pad sensors. This part number, 6232-40001, should be matched to the vehicle notes before purchase.

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

Common Repair Uses

• Rear brake service on a 2006 Dodge Sprinter 3500
• Replacement for worn rear disc brake components
• Correction for brake wear sensor-related service needs
• Restoration of braking performance after rotor and pad wear
• Repair planning for a Dodge Sprinter 3500 rear brake job

Installation Notes

Verify the vehicle is a 2006 Dodge Sprinter 3500 with rear pin style brake pad sensors before ordering. Confirm rotor and pad sensor style against the existing brake setup, and compare the part number 6232-40001 with the vehicle service information to ensure the rear application matches.

Quality Assurance

Use this kit only where the listed fitment and sensor note match the vehicle. Dynamite Friction 6232-40001 is cataloged for a specific rear brake application on the Dodge Sprinter 3500, which helps reduce ordering errors when servicing the brake system.