Triumph Daytona 675 [BREMBO RACING] - UPGRADE Supersport round floating brake discs - in pairs

✔️ New part

€694,00 EUR

Available Now!

The Brembo Upgrade Supersport brake discs offer exceptional braking performance on both the road and the track. These brake discs are specially designed for the most demanding European and Japanese maxi sports motorcycles and, in combination with the Brembo Z04 brake pads, have already won numerous SuperSport world championships.

The construction of these high performance brake discs includes a braking surface width of 34mm and a thickness of 5.5mm, allowing direct interchangeability with the original discs without the need for modifications. The floating bearing and the use of thermally treated steel as well as a bell made of high-quality aluminum alloy, milled from the solid billet, guarantee outstanding resistance to thermomechanical loads.

Technical data:

  • Product name: BREMB BRAKE DISC SUPERSPORT 208973730
  • Description: BREMBO UPGRADE Supersport round floating brake discs - in pairs
  • Category: Vehicle parts & accessories
  • Subcategory: Chassis parts, especially CHAS. BRAKE DISC
  • Volume: 11294 cm³
  • Weight: 3406g
  • Length: 418mm
  • Width: 386mm
  • Height: 70mm
  • Brake disc shape: Round
  • Disc type: Floating

Advantages of the Brembo Supersport brake discs:

The Brembo Supersport brake discs are designed to provide maximum stopping power and improved durability. The special design allows for efficient heat dissipation, resulting in improved braking performance and longer brake disc life. By using these brake discs, a significant improvement in braking response and stability can be achieved, which is particularly advantageous at high speeds on the race track.

The combination of high-quality materials and precise manufacturing technology makes Brembo Supersport brake discs the first choice for drivers who do not want to compromise on safety and performance. Whether for daily use on the road or for ambitious racing, these brake discs set new standards in brake technology.