Triumph Street Triple [PBR] - aluminum reinforced sprocket - 520

✔️ New part

€79,00 EUR

Available Now!

The reinforced aluminum sprocket from PBR stands for quality and performance in the field of motorcycle drive components. Specially developed for use in high-performance motorcycles, this sprocket combines innovative technologies with first-class materials.

Overview

The PBR sprockets are the result of intensive research and development in collaboration with leading competition teams. This not only guarantees high performance, but also impressive durability and reliability under the toughest conditions. The ultra-lightweight design helps reduce the overall weight of the motorcycle and therefore optimizes performance.

Optimized performance

By using high quality aluminum and a strictly controlled manufacturing process, this sprocket offers an outstanding balance between weight and stability. The special reinforcement and precise tooth geometry ensure improved power transmission and reduced wear.

Easy assembly

The attachment of the sprocket with 6 holes allows for quick and easy assembly. This ensures a secure and firm connection to the drive shaft, which is particularly advantageous at high speeds.

Technical data:

  • Product name: PBR RR SPROC 520 ALU UL HA 4530, 47
  • Description: PBR sprocket aluminum reinforced - 520
  • Number of teeth: 47 teeth
  • Chain pitch: 520
  • Fastening: 6 holes
  • Weight: 374g
  • Dimensions: 229mm x 241mm x 9mm
  • Material: Aluminum
  • Color: Aluminum
  • Reinforcement: Yes, reinforced version

Longevity and maintenance

The careful selection and processing of high-quality materials ensures that this sprocket has a long service life even under extreme conditions. Sprocket maintenance is straightforward, resulting in lower operating costs and less downtime.

In summary, the PBR aluminum sprocket is an excellent choice for anyone who wants to get the most out of their motorcycle. It not only offers excellent technical properties, but also a significant improvement in driving dynamics.