Renthal 89-17 Suz RM125/250 DR-Z 250/RMX250/RM-Z 250/450 Rear Sprocket LTD - H Anod 520-49 Teeth
$122.99
Renthal UltraLight Rear Chainwheels are CNC machined 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. A combination of high strength base material, cutting edge manufacturing methods and exceptional hardwearing surface treatments its clear to see why Renthal's light weight all aluminum rear sprockets can be found on the rear wheels of many factory race team machines.
The Renthal UltraLight Rear Chainwheel is engineered for high-performance powersports applications, specifically designed for models like the Suzuki RM125, RM250, DR-Z 250, DR-Z 450, RMX250, and RM-Z 250. Crafted from CNC-machined 7075 T6 aluminum, this sprocket offers a significant weight reduction of approximately 66% compared to traditional steel counterparts, enhancing acceleration and handling without compromising strength. Its computer-engineered design ensures precise fitment, concentricity, and optimal load distribution, which are critical for demanding racing conditions. The tooth profile has been meticulously developed to maximize power transfer and durability, making it an ideal choice for competitive riders and enthusiasts alike. The hardwearing surface treatment further extends the sprocket’s lifespan, resisting wear and corrosion in harsh riding environments. With a sleek anodized finish, this sprocket not only performs exceptionally but also maintains a professional aesthetic. Installing this lightweight, durable rear sprocket can improve overall bike responsiveness, making it a valuable upgrade for anyone seeking to enhance their motorcycle’s performance and reliability.
Features:
- Material: CNC machined from 7075 T6 aluminum for high strength and weight savings
- Weight Reduction: Approximately 66% lighter than steel sprockets, improving acceleration and handling
- Precision