Free Shipping On All Orders

Need Help? Click the Live Chat to Talk to a Gearhead

SKU: SL0315

Shimano Claris ST-R2000 Double Left STI Lever Short Pull Super SLR 8 Speed Black

Vendor Shimano
Regular price $64.60
Sale price $64.60 Regular price $95.95
Sale Sold out
Unit price
/per 
Shipping calculated at checkout.

Chat with Support for Expert Advice

Manufacturer Warranty

🚚 Order within the next 2 hours, 15 minutes for delivery by 07 May, 2024.
This is a pre order item. We will ship it when it comes in stock.
Specifications

Brake Lever ActuationShort Pull Super SLR
ColorBlack
Includes BrakeNo
Adjustable ReachYes
MPNESTR2000LIA
UPC689228781641

The Shimano Claris ST-R2000 is a dual control brake/shift lever for Shimano 2x8 drivetrain applications. It features a reach adjust mechanism and Shimano's Super SLR friction-reducing technology.

  • Reach Adjust mechanism allows for the distance from the handlebar grip to the lever to be adjusted to suit any hand size or riding style
  • Super SLR technology improves braking response and modulation by reducing friction through the caliper, lever and cable
  • The Dual Control Lever has both brake and shifting functions in the system to enables simple operation
  • Includes OT-SP41 cable housing to maximally reduce the inner cable friction for quick response to operations and effortless shifting
Description

The Shimano Claris ST-R2000 is a dual control brake/shift lever for Shimano 2x8 drivetrain applications. It features a reach adjust mechanism and Shimano's Super SLR friction-reducing technology.

  • Reach Adjust mechanism allows for the distance from the handlebar grip to the lever to be adjusted to suit any hand size or riding style
  • Super SLR technology improves braking response and modulation by reducing friction through the caliper, lever and cable
  • The Dual Control Lever has both brake and shifting functions in the system to enables simple operation
  • Includes OT-SP41 cable housing to maximally reduce the inner cable friction for quick response to operations and effortless shifting