Brake Rotor Kit Ultimax Rear Beetle

The Brake Rotor Kit Ultimax Rear Beetle from EBC BRAKES USA INC delivers OEM-quality stopping performance for Audi and Volkswagen owners seeking a direct upgrade to factory rear braking. Designed as a bolt-on replacement for 2010–2024 Audi and 2010–2022 Volkswagen models, this rear rotor pair addresses the exact thermal and friction demands of modern direct-injection engines, which produce higher heat under hard braking than their predecessors. Whether you're daily-driving on highway commutes or pushing harder through mountain roads, quality rear rotors are critical for balanced brake bias, fade resistance, and predictable pedal feel.

These USR Series rotors feature a directional, dimpled, and slotted design that maximizes pad-to-rotor contact and accelerates heat dissipation away from the brake fluid circuit. The 10.700-inch outer diameter casting is engineered from gray iron—a proven material that balances thermal conductivity with durability—and finished in gray paint to resist corrosion and maintain visual consistency with premium brake assemblies. The dimpling prevents trapped gas pockets that would otherwise cause spongy brake response, while the slot geometry encourages pad material evacuation and reduces dust accumulation, keeping calipers cleaner over thousands of miles. This geometry also promotes even wear across the friction surface, extending pad life and reducing noise.

Technicians and enthusiasts upgrading brake systems typically pair premium rotors like these with high-friction pad compounds to unlock full braking potential and shorten stopping distances under spirited driving or towing. The pair format ensures both wheels receive identical geometry and thermal performance, maintaining the brake balance critical for safe ABS operation and predictable emergency stops. Installation requires no special tools—simply unbolt factory rotors, slide on the new 10.700-inch diameter USR rotors, and torque to specification. At 18.33 lbs combined weight, these rotors are lightweight yet substantial enough to handle repeated heat cycles without warping or cracking, making them ideal for drivers who demand reliability without compromise.