User-friendly Dba 97-04 Porsche Boxster 4000 Series Standard Front Rotor Series [tkYU9M0T]

DBA 97-04 Porsche Boxster 4000 Series Front Rotor

Introducing the User-friendly Dba 97-04 Porsche Boxster 4000 Series Standard Front Rotor Series [tkYU9M0T], a high-performance braking solution designed for superior stopping power and cooling efficiency. Crafted from XG-150 high carbon alloyed iron, this rotor is engineered to withstand the rigorous demands of intense braking applications. With DBA's patented Kangaroo Paw ventilation system, it delivers exceptional cooling performance, ensuring consistent braking reliability over time.

• High carbon alloyed iron construction for enhanced durability and heat dissipation.
• Patented Kangaroo Paw ventilation for improved cooling and reduced brake fade.

Technical Specifications and Properties

The User-friendly Dba 97-04 Porsche Boxster 4000 Series Standard Front Rotor Series [tkYU9M0T] is a testament to cutting-edge engineering. Cast from XG-150 high carbon alloyed iron, it undergoes a rigorous Thermal Stability Profiling process to ensure it can handle the increased stress and heat generated under intense braking conditions. This rotor features DBA's patented Kangaroo Paw ventilation system, which incorporates a series of 144 diamond and teardrop patterned pillars, significantly increasing surface area and cooling efficiency.

• Thermal Stability Profiling for consistent performance in high-heat conditions.
• 144 diamond and teardrop patterned pillars for enhanced cooling and ventilation.

Practical Uses and Benefits

Whether you're a daily driver or a track enthusiast, the User-friendly Dba 97-04 Porsche Boxster 4000 Series Standard Front Rotor Series [tkYU9M0T] is an essential upgrade for your vehicle. This rotor not only provides exceptional stopping power but also improves overall brake efficiency, reducing brake fade and extending the life of your brake pads. Its robust design and advanced ventilation system make it ideal for drivers who demand peak performance and reliability in their braking system.

• Enhanced stopping power for a safer driving experience.
• Improved cooling efficiency for consistent performance under high loads.