Bendix Friction SBC1647 Disc Brake Pad Set - Rear

Overview

Bendix Friction SBC1647 is a Stop Ceramic disc brake pad set built for OE-style fit, form, and function. It is made for drivers who need consistent braking performance and a direct replacement for the specified application.

Compatible with 2013-2016 Dodge Dart, rear. The Stop Ceramic line focuses on ceramic-formula brake pads with OE-oriented engineering for everyday reliability.

Key Features

• Designed to OE standards for fit and function.
• Multi-layer shim helps reduce brake noise and vibration.
• Burnishing strips are included where available for faster pad conditioning.
• Ceramic formula is available for this product line.
• Hardware is included where applicable.

Detailed Description

The Bendix Friction SBC1647 brake pad set is part of the Stop Ceramic line and is engineered as an OE-spec replacement for the rear brake application on the Dodge Dart. Bendix positions Stop By Bendix as a broad brake program covering a wide range of North American vehicles, with a focus on fit, form, and function that matches original equipment expectations. For shoppers comparing Dodge Dart rear brake pads or looking for SBC1647 brake pads, this part provides a straightforward replacement path.

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

Common Uses

• Replaces worn rear brake pads that have reduced friction material.
• Addresses brake noise caused by pad wear or shim deterioration.
• Helps restore consistent pedal feel and stopping response.
• Supports maintenance when the original pads no longer meet service limits.

Installation Notes

Fits 2013-2016 Dodge Dart, rear. Verify rotor condition, caliper operation, and pad fitment before installation. Follow the vehicle service procedure for pad bedding and brake system inspection after replacement.

Quality Assurance

Bendix Friction states that Stop By Bendix brake components are designed to meet OE specifications for fit, form, and function, supporting safe, consistent, and reliable performance.