Features
- DBA Gold Series Brake Rotors are custom built to stop your specific make, model and year vehicle
- DBA Rotors feature the patented “Kangaroo Paw” ventilation system for quicker cooling and increased strength
- Kangaroo Paw is DBA’s proprietary venting system that works like an air impeller to cool the rotors faster
- Gold Rotors are perfect for improving the braking performance for passenger and 4WD/SUV vehicles
- Cross-drilled and slotted rotor face improves pad bite and reduces brake fade in all braking situations
- Friction gases and debris are rapidly expelled due to the slotted and drilled rotor
- DBA’s gold paint provides the Gold Rotors with excellent corrosion resistance and sweet looks
- The aggressive design of the Gold Series Rotors looks menacing behind open-style wheels
- DBA Gold Series Rotors offer colossal braking bite right out of the box
- For select trucks and SUVs, DBA makes special 4×4 Survival Series Rotors that are perfect for towing, off-roading, motorsports and everyday street driving
- No mechanical changes or adaptors are necessary to install Gold Series Rotors
- Gold Series Rotors are sold individually
Description
DBA Gold Series Rotors are the only rotors on the market worth their weight in gold. Disc Brakes Australia crafts these rotors specifically for enthusiastic drivers prospecting for the performance edge. And, it doesn’t take a gold mine to strike it rich with a set of Gold Series Rotors for your ride.
An exclusive corrosion-resistant gold finish is what gives the Gold Series Rotors their rich name. DBA’s cross-drilled and slotted design delivers maximum bite and a predatory appearance behind open-style wheels. The slot and hole pattern rapidly expels hot friction gases, debris and water from the rotor surface for wicked stopping power in all conditions.
To stay cooler, DBA rotors use the patented “Kangaroo Paw” venting system. This proprietary maze of pillars between the rotor faces works like an air impeller to quickly vent hot air. It also adds incredible dimensional stability to the rotor.
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