RENTHAL 123U-520-50GPHA Rear Sprocket Silver, 123t

Bestseller
108171027
359 GEL
Size:123t
  • Brand Renthal
  • Shipping from Spain
  • Post delivery June 23
  • Shipping cost for orders to Georgia from GEL 211

Properties

Design

Size
123t

Features

Color
Silver

Other features

Brand
Renthal

Description

Compatible models:

SUZUKI DR-Z 400 S 2000.

SUZUKI DR-Z 400 S 2005.

SUZUKI DR-Z 400 S 2004.

SUZUKI DR-Z 400 S 2003.

SUZUKI DR-Z 400 S 2002.

SUZUKI DR-Z 400 S 2001.

SUZUKI DR-Z 400 S 2019.

SUZUKI DR-Z 400 S 2018.

SUZUKI DR-Z 400 S 2017.

SUZUKI DR-Z 400 S 2016.

SUZUKI DR-Z 400 S 2015.

SUZUKI DR-Z 400 S 2014.

SUZUKI DR-Z 400 S 2013.

SUZUKI DR-Z 400 S 2012.

SUZUKI DR-Z 400 S 2011.

SUZUKI DR-Z 400 S 2010.

SUZUKI DR-Z 400 S 2009.

SUZUKI DR-Z 400 S 2008.

SUZUKI DR-Z 400 S 2007.

SUZUKI DR-Z 400 S 2006.

SUZUKI DR-Z 400 SM 2005.

SUZUKI DR-Z 400 SM 2008.

SUZUKI DR-Z 400 SM 2007.

SUZUKI DR-Z 400 SM 2006.

SUZUKI DR-Z 400 SM 2023.

SUZUKI DR-Z 400 SM 2017.

SUZUKI DR-Z 400 SM 2016.

SUZUKI DR-Z 400 SM 2015.

SUZUKI DR-Z 400 SM 2014.

Rear Aluminum Sprocket.

Introducing the ultimate combination of style, performance, and exclusivity, the Renthal® Limited Edition Hard Anodised Rear Chainwheel offering.

With a limited edition run of Ultralight™ Chainwheels, you can be sure that you are getting a truly unique product that will stand out from the crowd.

As seen and used with top Renthal® riders at Round 14 of the Monster Energy Supercross Series in East Rutherford, NJ.

Don´t miss out on this exclusive opportunity to own a piece of Renthal® history, these parts are guaranteed to sell out fast, and with limited stock available, once they´re gone, they´re gone.

Order your limited edition Renthal® Hard Anodised Rear Chainwheels today and experience the ultimate in style, performance, and exclusivity.

Renthal® UltraLight Rear Chainwheels are CNC machines from 7075 T6 aluminum to extremely tight tolerances, 66% lighter than steel.

Computer engineered and tested to ensure a precise fitment, concentricity and load dispersion with tooth profiling to provide maximum power transfer.