Brembo S28515N Drum Brake Shoe - Rear

Brembo Rear Drum Brake Shoe for Honda Fit, Civic, and Insight

The Brembo S28515N is a rear drum brake shoe built for select Honda applications, including the Honda Civic, Honda Insight, and Honda Fit. It uses a premium OE equivalent friction formulation with a premium shim to support quiet operation, smooth pedal feel, and cleaner wheels.

Key Features

• Rear drum brake shoe for select Honda vehicles
• Outside diameter: 200.0 mm
• Width: 31.3 mm
• Premium OE equivalent friction material
• Premium shim helps reduce noise and improve braking comfort
• Formulated for North American market applications

Product Details

Brembo S28515N is engineered as an OE-style replacement drum brake shoe for rear brake service. The friction material is formulated to deliver controlled braking response, while the premium shim supports quieter, smoother operation. This part number is a direct fit for 2006-2014 Honda Civic rear, 2010-2014 Honda Insight rear, and 2009-2013 Honda Fit rear applications. This part cross-references Honda 43153SNAA01 and Raybestos Brakes 913PG for the same application. Brembo S28515N is a practical choice when replacing worn rear drum brake shoes on Honda Civic, Honda Insight, or Honda Fit models.

Common Reasons for Replacement

• Squealing or brake noise from the rear drums
• Reduced braking performance or longer stopping distances
• Uneven rear brake feel during normal driving
• Brake dust buildup affecting wheel cleanliness
• Worn friction material during routine brake service

Installation Notes and Tips

Confirm rear drum brake dimensions before installation, including the 200 mm outside diameter and 31.3 mm width. Inspect the drum surface, hardware condition, and brake adjustment during service to help restore proper contact and pedal feel. Verify vehicle year, model, and rear brake configuration against the fitment listing before ordering.

Quality Assurance

Brembo formulates this brake shoe for OE-equivalent performance standards in North American applications, with a focus on consistent friction behavior, quiet operation, and clean wheel performance.