DID 525 ZVMX Specialty Series Chain - 130 Links - B 525ZVMX X 130B

  • Sale
  • $231.99
  • Regular price $275.95
Shipping calculated at checkout.
We have 0 ready to ship.


525 ZVMX - Specialty Series Chain - 130 Links - B

The DID 525 ZVMX Specialty Series Chain is engineered for high-performance superbike applications, combining advanced materials and design to deliver exceptional durability and smooth operation. Designed to retain the low friction and high efficiency characteristics of standard X-ring chains, this model provides 40% greater wear resistance, significantly extending chain life and reducing maintenance intervals. Its robust construction ensures reliable power transfer and enhanced longevity under demanding riding conditions. Originally supplied with a rivet connecting link, this chain is suitable for riders seeking a dependable upgrade for their motorcycle's drivetrain.
Constructed with precision and quality, the DID 525 ZVMX chain features innovative materials that withstand the rigors of high-speed riding and aggressive acceleration. The chain's design minimizes friction, promoting optimal performance and fuel efficiency. Whether for racing or everyday riding, this chain offers a perfect balance of strength and efficiency, making it an ideal choice for enthusiasts who demand durability and top-tier performance from their motorcycle components.
Easy to install and compatible with a range of superbike models, the DID 525 ZVMX Specialty Series Chain ensures consistent power delivery and long-lasting service life. Its durable construction and advanced features make it a reliable component for maintaining peak bike performance over countless miles of riding.

Features:

  • Retains low friction and high-performance characteristics of standard X-ring chains
  • Provides 40% greater wear resistance for extended chain life
  • Designed for superbike applications with demanding riding conditions
  • Originally supplied with a rivet connecting link for secure installation
  • Engineered for durability and reliable power transfer