Blueprint Brake Pad Set ADJ134238 / XR813324

Description

The Blueprint Brake Pad Set ADJ134238 / XR813324 is a premium-quality braking component designed to deliver reliable, consistent stopping power and enhanced driving safety. Manufactured to precise OEM specifications, this brake pad set ensures optimal performance, reduced braking noise, and superior resistance to wear under both every day and demanding driving conditions.

Ideal for replacing worn or low-performing brake pads, this Blueprint set restores your vehicle’s braking efficiency, improving road handling and braking response. Its exact-fit design ensures seamless compatibility with your vehicle’s braking system, providing easy, hassle-free installation for professional workshops or experienced DIY enthusiasts.

Working

The Blueprint Brake Pad Set ADJ134238 / XR813324 operates by creating friction against the brake disc when the brake pedal is pressed, converting kinetic energy into heat to slow or stop the vehicle safely. Precision-manufactured for uniform contact with the disc, these pads ensure smooth braking, minimal vibration, and consistent performance in both dry and wet conditions.

As brake pads wear over time due to constant friction and heat, timely replacement is crucial to maintain safe braking distances and prevent damage to the brake discs. Installing this high-quality Blueprint brake pad set restores effective braking power reduces stopping distances, and enhances overall road safety.

Quality and Capability

The Blueprint Brake Pad Set ADJ134238 / XR813324 is rigorously tested for fade resistance, durability, and friction stability. Its high-grade friction materials deliver quiet, consistent braking performance while minimizing brake dust and disc wear.

Designed to meet or exceed OEM standards, this brake pad set offers excellent stopping reliability and long service life. It’s the perfect maintenance solution for keeping your vehicle’s braking system in top condition, ensuring safer, smoother, and more responsive braking in all driving environments.