Other

- Durable custom-molded plastic guard - Co-molded rubber exterior to help quiet chain-slap noise - Easy installation and removal

This minimal ISCG 05 chain guide is designed to promote pedaling efficiency and low drivetrain drag while keeping the chain securely on the chainring through rough terrain.

Keep your ride upright and looking fly with Specialized's Center mount kickstand! - Made of durable aluminum.

- Replacement pads & holders w/ Velcro; for Specialized Carbon Aerobar or Specialized Hydroformed Alloy Aerobar

These lightweight alloy bar end plugs provide a clean look and allow the use of bar ends on your Specialized carbon bar. - 100% CNC machined, 4-piece alloy design. - Dual side-loaded cylinder design ensures even pressure across full width of plug and bar end clamp. - Aluminum "lip" protects carbon bars from impacts. - Beautiful and clean machined design enhances handlebar looks. - Expansion range: 18.5mm to 20.0mm - Weight: 22g/pair - NOTE: Specialized bar end plugs are required for Specialized carbon bars.

Developed to work on either the Specialized Carbon or Hydroformed Alloy Aerobar, the Shiv Low-Stack Clamp reduces up to 19mm of stack height, in order to obtain a lower position while in the Aerobars. - Compatible w/ Specialized Carbon or Hydroformed Alloy Aerobar (2102-2010 / 2102-2005) - Reduces 19mm (1.9cm) of stack height

The Ohlins Stumpjumper Spring sets a new benchmark for spring rate accuracy and light weight for steel springs. - Ultra-fine spring rates to ensure perfect set up for all weights. - Spring rates are broken down to 4 N/mm (23 lbs./in). - Fits Ohlins TTX shock absorber for Stumpjumper FSR only. - Made with proprietary ultra lightweight steel, it's incredible for keeping your build weight down for trail riding.

The new generation spring series features a race-ready weight with big mountain strength. You'll also find advanced technologies that feature a multi-step surface treatment process, as well as cutting-edge heat treatments. Lastly, we use wire materials that allow us to stress the wire harder, without causing damage to the spring, and therefore design lighter springs. - Precise spring rates are broken down to 4 N/mm (23 lbs./in).