Description
The GiroDisc 332x32mm annulus slotted brake rotor rings are engineered for high-performance automotive applications, offering superior braking efficiency and durability. Designed with precision, these rings feature 10 pin holes for secure mounting and balanced heat dissipation, contributing to optimal brake system performance. The 52mm annulus ensures a perfect fit for compatible rotors, making installation straightforward and reliable. Crafted from high-quality materials, these rotor rings are built to withstand demanding driving conditions while maintaining consistent braking power over time.
Ideal for enthusiasts and professionals alike, these slotted rings enhance brake pad contact and improve overall braking response. The slots help channel away brake dust, gases, and debris, which can otherwise compromise braking performance. With a focus on durability and performance, GiroDisc’s design minimizes warping and cracking, ensuring long-lasting reliability even under intense use. These rotor rings are suitable for a variety of automotive setups, providing a cost-effective upgrade for improved safety and control.
Easy to install and maintain, the GiroDisc 332x32mm slotted rings are an excellent choice for those seeking to optimize their vehicle’s braking system. Their robust construction and precise engineering make them compatible with a wide range of brake assemblies, ensuring compatibility without compromising quality. Whether for street driving, track days, or off-road adventures, these rotor rings deliver consistent, high-performance braking power that enhances vehicle safety and driver confidence.
Features:
- Outer diameter: 332mm for broad compatibility with high-performance brake systems
- Inner diameter: 52mm annulus for precise fitment and optimal heat management
- Pin holes: 10 for secure mounting and balanced performance
- Slotted design: Helps channel away brake dust, gases, and debris for improved braking response
- Durable construction: Built to withstand demanding driving conditions and reduce warping
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