BRAKING EPTA Brake Rotor for Kawasaki EP090R - High-Performance Disc

  • Sale
  • Regular price $426.95
Shipping calculated at checkout.
We have 2 ready to ship.


EPTA Brake Rotor - Kawasaki

The BRAKING EPTA Brake Rotor for Kawasaki EP090R is engineered for optimal braking performance and durability. Developed with insights from top racing teams participating in SBK and Superbike competitions, this rotor features a specially designed braking track that enhances heat dissipation, maintaining a consistent friction coefficient during intense riding conditions. This thermal management capability reduces the risk of heat spots and ensures reliable stopping power across various riding scenarios. The advanced connection structure allows for controlled radial and axial play, facilitating better load transfer between the rotor and hub, which improves overall braking efficiency. Additionally, the rotor's thermal design is optimized to deliver a high weight-to-performance ratio, making it suitable for demanding applications without adding unnecessary weight. The direct load transfer mechanism minimizes deformation and wear, ensuring long-lasting performance and safety. Whether you are racing or riding aggressively on the street, this rotor provides consistent temperature control, reliable braking response, and durability under stress. Crafted to meet the highest standards, the BRAKING EPTA Brake Rotor is an ideal upgrade for Kawasaki EP090R owners seeking enhanced braking performance and reliability.

Features:

  • Heat Dissipation: Enhanced design ensures better heat transfer, reducing heat spots and maintaining consistent friction.
  • Load Transfer: Improved connection structure allows for better load transfer between rotor and hub, increasing durability.
  • Thermal Optimization: Designed to keep the rotor temperature steady, preventing warping and uneven wear.
  • Weight-to-Performance Ratio: Engineered for strength and lightness, providing optimal performance without excess weight.
  • Deformation Resistance: Direct load transfer minimizes deformation under load, extending rotor lifespan.