Alfa Romeo Giulia 2.0t Tarox Brake Rotors
Alfa Romeo Giulia 2.0t Tarox Brake Rotors
This is the Tarox Giulia line of brake rotors. Available in front and rear rotor pairs, these are OEM replacement 1-piece cast rotors.
Every set of Tarox rotors is born and tested in Italy at the Tarox factory—conveniently located just 6 miles down the road from the famed Autodromo di Monza Race Circuit. R&D is performed at Monza and on the myriad of Italian roads neighboring the track and factory. This is a fitting locale, as the heritage of innovation inherent in all sets of Tarox brakes stems from their early technical advances developing cooler running brakes for Formula 1 cars in the late 1970’s.
The hallmark of Tarox’s rotor program is their selection of European TUV approved billets that are much harder and long lasting than competing brands. Every rotor is exactingly machined to above industry standard flatness specs at a tolerance approaching 0.015 mm. This ultra-flat braking surfaces ensures perfect mating of the pads to the discs, longer life, and cooler operating temps.
For all Alfa Romeo Giulia 2.0 T cars, the discs are available in the F2000 pattern that has curved vanes that micro skim the pads to keep buildup to a minimum and promote cool running on the track. Perfectly combining durability with function. Optional Sport Japan offers a mix of slots, and specially machined holes to give a modern and functional surface. Sport Japan is a special order, contact us for lead times. All surfaces are heat treated at the factory in Italy to give extra durability.
Final finishing includes an anti-rust coating to keep them looking good for a long time. Made In Italy. Pricing is per pair.
*New - Save on complete sets when ordering F+R together
All rotors are sold in PAIRS.
For best performance we recommend pairing Tarox rotors with the Tarox pad sets, which include OEM wear sensors to make for an easy OEM compatible package. Tarox rotor and pad sets are optimized to work together in terms of materials compatibility and extended rotor life.