DELPHI - Brake Shoe Set - Rear

The Brake Shoe Set, Part: DELLS1961, represents a commitment to reliability and precision within the automotive industry. Specifically designed for the Bosch brake system, this component exemplifies the brand’s dedication to quality and performance. With an inner brake drum diameter of 200mm and a width of 32mm, the Brake Shoe Set ensures comprehensive coverage and superior performance under a variety of driving conditions. Manufactured by Delphi, a brand renowned for its innovation and excellence, this Brake Shoe Set caters to the intricate needs of independent garages, national chains, and retail clients. By ensuring OE Matching Quality, it offers optimal compatibility across a myriad of vehicle models, thus reducing installation time and enhancing service efficiency.

Features:

• Precise Specifications: Inner brake drum diameter of 200mm and width of 32mm ensure perfect fit and performance.
• Unique Reference: ZA016549 facilitates easy identification and streamlined ordering.
• OE Matching Quality: Guarantees seamless compatibility and optimal function across multiple vehicle models.
• Durable Construction: Engineered for longevity and reliability, suitable for challenging conditions.
• Eco-conscious Manufacturing: Aligns with sustainable practices, catering to the environmentally aware.

The brake shoe is a critical component in your vehicle's braking system, playing a pivotal role in ensuring safety and performance across a variety of driving conditions. Working in conjunction with the brake drum, the shoe applies friction to slow down or stop the vehicle effectively. Crafted with precision to meet or exceed original equipment (OE) specifications, brake shoes like those offered by Delphi are engineered for compatibility and optimal function across a wide range of vehicle models, ensuring they meet the rigorous demands of both everyday commutes and more challenging driving scenarios. The robust construction of brake shoes underscores their ability to withstand extensive use, particularly in demanding environments, thereby enhancing safety and performance reliability.