Raybestos 141PG Drum Brake Shoe Set

This set of brake shoes offers a direct replacement for drum brake systems where a professional level of durability and consistent stopping power is needed. The Raybestos 141PG professional grade drum brake shoe set delivers a reliable friction surface and consistent fit, making it suitable for routine maintenance and heavier braking demands in older vehicles.

Key Points

The set is built with durability in mind and uses materials chosen for steady wear characteristics and predictable fade resistance during repeated stops. Installation follows standard procedures for drum brakes and the components are meant to match original equipment geometries, helping to reduce the need for adjustment after fitting. For mechanics and experienced DIYers this kit can speed up service times while restoring pedal feel and braking response. Note that compatibility depends on vehicle model and year, so confirm fitment before starting the job. 🚗

Technical Specifications

• Name: Raybestos 141PG Professional Grade Drum Brake Shoe Set
• Product type: AUTO PART
• Origin: Mexico
• Package dimensions: 6.604 cm (H) x 24.13 cm (L) x 20.828 cm (W)
• Package weight: 5.6 lbs

Usage Recommendations

Begin by inspecting the drum, wheel cylinder and hardware for wear or damage before installing the new shoes. If the drums show heavy scoring or an out-of-round condition, consider machining or replacing them to ensure even contact and consistent braking. During reassembly, lubricate contact points sparingly with a high temperature brake grease and torque fasteners to factory specifications. After installation, perform a careful brake adjustment and a short road test at low speed to bed the shoes in and confirm even braking performance. 🔧

This product may not include return springs or small hardware depending on the original equipment configuration, so check your existing components and prepare replacements if necessary. According to the manufacturer, manufacturing origin is Mexico, which reflects the production location rather than a change in performance characteristics.