10% Off DBA Rotors Through February at UpscaleAutomotive.com!
When it comes to performance brakes, Disc Brakes
Australia (DBA) produces rotors that will fit your needs whether street
or track. DBA Rotors are available in 3 main series: Street, 4000, and
5000. They are also available for many applications. We are proud to
carry a large stock of DBA rotors for quick shipment.
For the month of February, we are offering an additional 10% off all DBA Rotors!
Simply enter the code "DBA10" in the coupon code field during checkout!
DBA Street Series
DBA 4000 Series
DBA 5000 Series
DBA's entry level, enhanced performance rotor, the Street Series,
offers improved braking straight out of the box. DBA's Street Series
slotted or drilled and slotted rotors improves pad bite and assists to
reduce brake fade by evacuating gases created when pads contact the
rotor. DBA Slotted Street Series are the perfect replacement rotor for
the performance conscious street motorist.
The DBA 4000 Series rotor is a mid-level brake rotor that has more than
enough performance for any street driven car and will work very well on
a weekend track toy or autocrosser. DBA 4000 Series rotors feature
Thermal Stability Profiling (TSP) for improved heat handling. TSP
enhances the micro-structure of the rotor material providing greater
thermal stability. Increasing the thermal stability allows your DBA
rotors to take more heat, making them more stable under heavy, frequent
braking. DBA rotors with TSP will experience improved brake pad and
rotor life.
5000 Series rotors by DBA are engineered for the true enthusiast. The
5000 Series uses a two-piece design with a light weight aircraft grade
aluminum center hat and steel rotor. Having an aluminum hat reduces
overall weight by a significant amount. DBA 5000 Series rotors feature
Thermal Stability Profiling (TSP) for improved heat handling. TSP
enhances the micro-structure of the rotor material providing greater
thermal stability. Increasing the thermal stability allows your DBA
rotors to take more heat, making them more stable under heavy, frequent
braking.