Brembo OE Rear Brake Kit – Low-Metallic Pads for 2016–2021 Audi TT Quattro & 2018–2019 VW Tiguan

Description

Designed to deliver precise and consistent braking performance under a variety of driving conditions, this rear disc brake kit integrates advanced engineering with high-quality materials to ensure optimal stopping power. The components are engineered to meet stringent OE specifications, ensuring seamless compatibility and reliable operation within the vehicle’s existing braking system.

The discs are manufactured from premium-grade cast iron, providing excellent thermal conductivity and resistance to warping even under heavy use. This ensures durability and sustained braking efficiency over extended periods. The design incorporates vented rotors to facilitate efficient heat dissipation, minimizing brake fade during repetitive stops.

Brake pads employ a specialized low-metallic formulation, calibrated to deliver controlled friction characteristics. This formulation balances effective stopping power with reduced noise and vibration, contributing to overall driving comfort without compromising safety. The pads also demonstrate enhanced wear resistance and stability across varying temperature ranges.

Full accessory integration, including high-quality mounting hardware and anti-rattle clips, ensures proper assembly and minimizes unwanted movement or noise within the braking system. This attention to detail supports both performance consistency and component longevity.

• Material Composition: Premium cast iron rotors with vented design for optimal heat management
• Brake Pads: Low-metallic pads engineered for balanced friction, noise reduction, and durability
• Performance: Maintains consistent braking force under repeated heavy use to prevent fade
• Compatibility: Designed to meet or exceed original equipment specifications for precise fitment and function
• Accessories: Complete with all necessary mounting hardware and anti-rattle clips for secure installation

The system’s design prioritizes consistent stopping distances and driver confidence, making it suitable for vehicles requiring high standards of brake responsiveness and reliability. Its integration supports everyday driving demands and variable environmental conditions, contributing to overall vehicle safety and control.

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