Clarks VX859C/VRX859C Avid XO, Elixir 7 Trail, Elixir 9 Trail Disc Pads Sintered

£6.45

Clarks VRX859C Sintered Disc Pads: Enhanced carbon content, ideal for Avid XO, Elixir 7 Trail, Elixir 9 Trail. Superior performance, 1 pair included.

20 in stock

Description

Extreme Performance: Clarks VRX859C Sintered Disc Pads

  • Elevate your cycling experience with Clarks VRX859C Avid XO, Elixir 7 Trail, Elixir 9 Trail Disc Pads Sintered.
  • Designed for challenging conditions.

VRX Sintered for Trail and Downhilling

  • The VRX sintered pads, with their increased carbon content, are engineered to deliver maximum performance under extreme conditions and during sustained riding.
  • They are especially recommended for hydraulic systems, providing consistent and powerful braking.

Ideal for Avid XO, Elixir 7 Trail, Elixir 9 Trail Systems

  • Specifically designed for compatibility with Avid XO, Elixir 7 Trail, and Elixir 9 Trail systems.
  • These pads offer seamless integration and optimal functionality with these high-performance brake systems.

Enhanced Friction and Durability

  • The sintered compound of these pads offers durability and reliability.
  • Ideal for riders who require high-performance braking in various conditions, including wet and muddy trails.

Superior Heat Dissipation

  • The innovative design focuses on heat dissipation, ensuring efficient braking and enhanced durability.
  • This feature is crucial for maintaining safety and control during intense downhilling and competitive cycling.

Pack Quantity

  • The package includes one pair of Clarks Sintered Disc Pads, ensuring a complete set for your bike’s braking system.
  • Whether upgrading your personal bike or as a professional mechanic, these pads are ready for installation.
  • The Clarks Sintered Disc Pads are an essential upgrade for cyclists seeking improved performance in extreme cycling conditions.
  • Their compatibility with Avid XO, Elixir 7 Trail, and Elixir 9 Trail systems, and superior design make them a reliable choice for enhanced braking power.