Lyndall Brakes 4104-2133 11.8-Inch 9 Spoke Rear Brake Rotor in Black with Bow Tie Design

The Lyndall Brakes 4104-2133 9 Spoke Rear Brake Rotor offers high-performance stopping power with a sleek black finish and a distinctive bow tie design. Crafted from high-carbon steel, this rotor is CNC machined to precise tolerances in the USA, ensuring a perfect fit and reliable operation. Its full-floating construction allows for optimal heat dissipation and consistent braking performance even in demanding conditions. Designed specifically for riders seeking durability and style, this rotor is compatible with a range of powersports vehicles and provides a significant upgrade over standard rotors. The robust design features an outer friction ring that directly contacts the brake pads, and an inner carrier center for structural support and aesthetic appeal. The helical retaining ring securely fastens the friction ring to the carrier center, preventing looseness and noise throughout its service life. Lyndall's meticulous manufacturing process and rigorous testing guarantee that this rotor performs at its best when used with their premium organic brake pads, and the manufacturer confidently backs it with a lifetime guarantee. Whether you're racing or enjoying recreational riding, this rotor is engineered to withstand extreme environments, delivering consistent, reliable braking performance over time. Its 11.8-inch diameter and 7mm thickness provide excellent leverage and heat management, making it an ideal choice for riders looking to enhance their vehicle's braking capabilities without sacrificing style.

Features:

• Outer friction ring (wear surface): Designed for optimal contact with brake pads to ensure smooth, consistent braking.

• Inner carrier center (aesthetic portion): Combines structural integrity with visual appeal, featuring a sleek black finish and bow tie design.

• Helical retaining ring: Securely fastens the friction ring to the carrier center to prevent looseness or noise during operation, ensuring long-term reliability.