Ducati S 620 [BREMBO] - Series Oro round floating brake disc

✔️ New part

€304,00 EUR

Available Now!

The Brembo Oro series brake disc is an outstanding example of technical precision and high performance in the field of motorcycle brakes. Specially designed to meet the needs of demanding drivers, this brake disc offers exceptional braking performance in a wide range of conditions.

Technical data:

  • Product name: BREMB BRAKE DISC ORO SERIES 78B40870
  • Category: Vehicle parts & accessories, chassis parts, brake discs
  • Type: Floating
  • Shape: Round
  • Brake ring material: Stainless steel
  • Brake disc pot material: Anodized aluminum alloy
  • Volume: 4617 cm³
  • Weight: 1918g
  • Dimensions: 367mm x 370mm x 34mm

Product features and benefits:

The Brembo Oro series is characterized by a number of special features that make it an ideal choice for motorcyclists who do not want to compromise on safety and performance:

  • Floating construction: The floating brake disc allows for better heat dissipation and prevents deformation under extreme braking conditions, resulting in consistent braking performance.
  • High quality materials: The brake ring made of stainless steel and the precisely manufactured brake disc pot made of aluminum alloy ensure durability and reliable performance.
  • Improved braking performance: The special design helps increase braking performance and offers excellent results in all driving situations, whether hot, cold or rainy.
  • Guaranteed quality: Brembo guarantees the highest standards in the production and quality of the brake discs, which is guaranteed through numerous tests and controls.

Areas of application:

The Brembo Oro series brake disc is particularly suitable for drivers who are looking for a reliable and strong braking component for their motorcycle, be it in everyday traffic or during sporty rides on the racetrack.

In summary, the Brembo Series Oro brake disc offers a combination of advanced technology and high-quality materials that ensure top performance in terms of safety and driving dynamics.