Braking SK2 Directional Rotor Left - Part Number WK130L

The Braking SK2 Directional Rotor Left (Part Number WK130L) is a high-performance brake component designed for precision and durability in demanding conditions. Building on five years of proven success and seven world titles, this second-generation rotor features innovative design enhancements to optimize braking efficiency. The rotor's directional carrier is 9% lighter than previous models, reducing unsprung weight for improved handling and responsiveness. A new outer ring profile has been developed in collaboration with top racing teams, ensuring superior heat dissipation and consistent performance under intense braking loads. The rotor also includes a directional seat with a 14° angle, which enhances stability and pad contact, contributing to more effective braking force application. The WK130L is available in two configurations: high outer ring and low outer ring, allowing for tailored application based on specific racing or riding needs. Crafted from premium materials, this rotor offers a perfect balance of lightweight construction and durability, making it suitable for competitive motorsports or serious riding enthusiasts seeking reliable performance. Installation is straightforward, and the rotor’s design ensures compatibility with a variety of braking systems, providing versatility across different vehicle setups. Whether racing on the track or riding off-road, the Braking SK2 rotor delivers consistent, high-level braking performance that meets the demands of professional and amateur riders alike.

Features:

• Lightweight Design: 9% reduction in carrier weight enhances handling and responsiveness

• Enhanced Outer Ring Profile: Optimized through collaboration with top racing teams for better heat management

• Directional Seat: 14° angle improves pad contact and braking stability

• Multiple Versions: Available in high and low outer ring configurations for versatile application

• Durable Materials: Ensures longevity and consistent performance under demanding conditions