BRAKING Front Right Brake Rotor EPR101R for Suzuki Vehicles

  • Sale
  • Regular price $448.95
Shipping calculated at checkout.
We have 1 ready to ship.


Brake Rotor - Front Right - Suzuki

The BRAKING EPR101R front right brake rotor is engineered for high-performance braking in Suzuki vehicles, combining durability with advanced thermal management. Constructed with induction-hardened stainless steel, this rotor offers exceptional resistance to wear and heat, ensuring reliable operation under demanding conditions. The hard anodized aluminum hub reduces weight while maintaining strength, contributing to improved handling and responsiveness.

The rotor features an EPTA disc floatation mechanism that facilitates efficient heat dissipation and reduces vibration, resulting in smoother braking performance. Grooves with ventilation holes are strategically designed to enhance cooling of the interface zone, minimizing heat buildup and extending rotor life. Optimized lightening holes are incorporated to prevent vibration onset, maintaining stability during high-speed braking. Additionally, the rotor's wave-shaped design includes straight 3 mm thick crests protruding from the outer diameter, forming a radiating area that remains untouched by the brake pads, but with higher thermal inertia to better manage heat transfer.

Designed for durability and performance, the BRAKING EPR101R rotor ensures consistent stopping power and reduces brake fade during prolonged use. Its thoughtful construction and advanced features make it an ideal replacement for high-performance or demanding driving scenarios, providing reliable braking and enhancing vehicle safety.

Features:

  • Induction-hardened stainless steel rotor for increased durability
  • Hard anodized aluminum hub reduces weight without sacrificing strength
  • EPTA disc floatation mechanism for efficient heat dissipation and vibration reduction
  • Grooves with ventilation holes improve cooling of the interface zone
  • Optimized lightening holes prevent vibration onset during operation
  • Wave-shaped design with 3 mm thick crests for higher thermal inertia