2x Front Brembo Xtra Drilled Brake Rotors for Toyota Tundra USK 55 56 57 5.7L

GRIP
The holes on the brake disc surface ensure high grip and efficient, prompt response. Especially in the early stage of braking, the surface of the holes ensures optimal performance, thanks to the significant friction coefficient.

MAXIMUM FRICTION EVEN AT HIGH TEMPERATURES
At high temperature combustion of the resins that make up the pad generates fading, with decreased friction between pad and disc. These holes allow for rapid expulsion of gasses and a stable behaviour even at high temperatures..

Attention! For some particularly stressed applications, instead of the traditional pass-through holes, Brembo Xtra discs use the "dimples" solution, always guaranteeing the same advantages as the standard holes and giving the disc greater resistance to the thermomechanical stresses to which it is subjected during use. In other cases, on the other hand, special materials were used for the purpose of improving the heat dispersion and mechanical resistance capacity, thereby guaranteeing optimum performance at maximum safety.

The low environmental impact and the excellent resistance to corrosion allow the range of brake discs with UV coating to establish a new benchmark for the protective treatment. Moreover, the exclusive metal finish offers an appealing aesthetic impact.

ENVIRONMENT FRIENDLY
Brembo takes care of the environment and your health. By choosing the UV technology, instead of a standard one, Brembo saves up to 98% in terms of energy and CO2 emissions! The process has a significant impact on the environment: 100 brake discs coated with UV technology, saves energy equal to:

Brembo is a world leader in the design,
development and production of braking systems and
components for cars, motorbikes, industrial vehicles and machinery,
for the OE market,after-market and racing.
Performance, Comfort and Design are the values which distinguish the brand and make Brembo products the most prestigious braking systems and components in the world.