Lyndall Brakes 4102-2133 11.5-Inch Rear 9 Spoke Black and Black Bow Tie Rotor

The Lyndall Brakes 4102-2133 9 Spoke Rear Rotor offers high-performance braking for demanding powersports applications. Crafted from high-carbon steel, these rotors are CNC machined to strict tolerances in the USA, ensuring precise fit and reliable operation. Designed for maximum durability and efficiency, they are ideal for riders seeking consistent stopping power in extreme conditions. The rotor features a full-floating design that allows for heat expansion and contraction, reducing warping and prolonging rotor life. When used with Lyndall's premium organic brake pads, these rotors provide exceptional stopping performance and a smooth braking experience. The meticulous manufacturing process and rigorous testing guarantee longevity and dependable performance, backed by a lifetime warranty when used as recommended. This rotor's sleek black finish not only enhances the bike's aesthetic appeal but also aids in corrosion resistance, maintaining its appearance over time. The design incorporates a robust outer friction ring, an attractive inner carrier center, and a helical retaining ring that securely fastens the friction surface to prevent loosening or noise during operation. This ensures consistent braking performance over the lifespan of the rotor, making it a reliable upgrade for your motorcycle's braking system. The 11.5-inch diameter and 5mm thickness are optimized for high-performance stopping power, providing excellent modulation and control during aggressive riding or long-distance touring. Overall, the Lyndall Brakes 4102-2133 rotor combines precision engineering, premium materials, and thoughtful design to deliver a superior braking component that enhances safety and riding confidence.

Features:

• Outer friction ring (wear surface): High-carbon steel for durability and consistent stopping power

• Inner carrier center (aesthetic portion): Sleek black finish for corrosion resistance and style

• Helical retaining ring: Securely fastens the friction ring to prevent looseness and noise during operation