Bendix Friction 803 Parking Brake Shoe - Rear

Bendix Premium Brake Shoes for Dakota

Bendix Friction 803 is a rear parking brake shoe built for 2003-2004 Dodge Dakota applications. It uses 100% copper-free friction material and OE-match levers to support consistent parking brake performance on the vehicle.

Key Features

• 100% copper-free friction formulation
• Premium-grade friction material engineered to exceed OEM performance
• Advanced adhesive for stronger bond integrity
• OE-match levers for proper fit and function
• Hardware included where applicable

Product Details

The Bendix Premium Brake Shoes line focuses on copper-free brake components for North American applications, and this part follows that direction with a friction material designed for dependable rear parking brake service. Part number 803 is specified for the rear position on 2003-2004 Dodge Dakota models, making it a direct-fit choice for owners searching for a rear parking brake shoe for Dodge Dakota 2003-2004 or Bendix 803 rear brake shoe replacement.

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

Common Issues Addressed

• Weak parking brake holding power
• Uneven or inconsistent rear brake shoe contact
• Noise caused by worn parking brake shoe friction material
• Reduced braking response from aged rear parking brake components
• Fitment concerns when replacing worn OE-style rear shoes

Installation Notes

Confirm rear brake shoe fitment against the vehicle’s brake hardware before installation. Inspect the backing plate, adjuster, and related parking brake components for wear, and replace any damaged contact points as needed. For 2003-2004 Dodge Dakota rear brake service, verify the shoe orientation and lever alignment before final adjustment.

Quality Assurance

Bendix Premium Brake Shoes are part of Bendix Premium Copper Free, a brake pad and shoe offering committed to the Copper-Free Initiative in North America. Part number 803 is built with premium friction material, OE-match levers, and an adhesive system intended to support durable rear parking brake service.