Bendix Friction SDR5875 Disc Brake Rotor - Rear

Bendix Severe Duty Rear Rotor for Fleet Use

The Bendix Severe Duty Rotor SDR5875 is a rear disc brake rotor built for demanding service on Chevrolet Express and GMC Savana vans. It combines OEM-driven machining specifications with controlled manufacturing tolerances to support consistent braking performance in police, fleet, and work-duty applications.

Part number SDR5875 is part of the Bendix Severe Duty Rotor SDR line, a focused product range for severe-duty and pursuit vehicles. For operators maintaining Chevrolet Express 3500 and GMC Savana 3500 rear brakes, this rotor is built around OE-style vane configurations and precision machining standards.

Key Features

• Mill balancing and OEM-driven machining specifications for consistent rotor finish
• Focused range for police and fleet service
• OEM vane configurations to match original cooling design
• Manufacturing control with precise machining tolerances
• ACP alloyed-carbon performance castings for thermal stability and strength

Detailed Product Overview

Bendix Friction engineered the Severe Duty Rotor SDR line for vehicles that see repeated stops, heavy loads, and extended service intervals. The SDR5875 rear rotor uses alloyed-carbon casting technology to improve heat resistance and structural durability under severe-duty braking conditions. That makes it a practical choice for Chevrolet Express 2500, Chevrolet Express 3500, GMC Savana 2500, and GMC Savana 3500 rear brake service.

With OEM vane configurations and machining built to OE specifications, this rotor supports stable pedal feel and predictable brake response. The Bendix Severe Duty Rotor SDR5875 is a direct-fit rear rotor for a wide range of Express and Savana vans used in fleet, commercial, and pursuit duty.

Fitment

• Fits 2011-2025 Chevrolet Express 2500, rear
• Fits 2020-2025 Chevrolet Express 3500, rear
• Fits 2017-2018 Chevrolet Express 3500, rear
• Fits 2015 Chevrolet Express 3500, rear
• Fits 2010 Chevrolet Express 3500, rear
• Fits 2011-2025 GMC Savana 2500, rear
• Fits 2017-2025 GMC Savana 3500, rear
• Fits 2015 GMC Savana 3500, rear
• Fits 2010 GMC Savana 3500, rear
• Fits 2019 Chevrolet Express 3500, rear, w/ Single Rear Wheels
• Fits 2016 Chevrolet Express 3500, rear, w/ Single Rear Wheels
• Fits 2016 GMC Savana 3500, rear, w/ Single Rear Wheels
• Fits 2014 Chevrolet Express 3500, rear, w/o Limited Slip Positraction Axle
• Fits 2014 GMC Savana 3500, rear, w/o Limited Slip Positraction Axle
• Fits 2011-2013 Chevrolet Express 3500, rear, w/ 4.63" Hub Hole Diameter
• Fits 2009 Chevrolet Express 3500, rear, w/ 4.63" Hub Hole Diameter
• Fits 2011-2013 GMC Savana 3500, rear, w/ 4.63" Hub Hole Diameter
• Fits 2009 GMC Savana 3500, rear, w/ 4.63" Hub Hole Diameter
• Fits 2008-2009 Chevrolet Express 2500, rear, Overall Height 3.37 in.
• Fits 2008-2009 GMC Savana 2500, rear, Overall Height 3.37 in.
• Fits 2005-2008 Chevrolet Express 3500, rear, Height 3.37 in.
• Fits 2005-2008 GMC Savana 3500, rear, Height 3.37 in.

Common Brake Issues It Can Address

• Rear rotor wear from repeated stop-and-go fleet driving
• Brake fade caused by heat buildup in severe-duty service
• Rotor vibration from uneven machining or balancing
• Reduced braking consistency on heavy-duty vans
• Premature rotor fatigue in police and commercial use

Installation Notes and Tips

Verify rear axle configuration, hub hole diameter, wheel setup, and model year before ordering SDR5875. This rotor is listed for rear applications only, and several fitments include specific notes such as single rear wheels, no limited slip positraction axle, or 4.63" hub hole diameter. For best results, inspect pads, calipers, and hub surfaces during brake service and confirm rotor dimensions against the vehicle build.

Part number SDR5875 is commonly searched for Chevrolet Express 3500 rear rotor and GMC Savana 3500 rear rotor replacement jobs, especially in fleet maintenance and pursuit vehicle service.

Quality Assurance

Bendix Friction backs the Severe Duty Rotor SDR line with controlled manufacturing processes, precise machining tolerances, and OE-driven specifications aimed at consistent fit and finish. The ACP alloyed-carbon casting construction is selected for thermal stability and strength in demanding brake environments.