DIRT TRICKS Chromatic Rear Sprocket for KTM, Husqvarna, Gas Gas - Part Number KTM265-50-Z-C

The DIRT TRICKS Chromatic Rear Sprocket is engineered for durability and high performance, designed specifically for KTM, Husqvarna, and Gas Gas motorcycles. Crafted with advanced aerospace-grade steels and heat treatments, this sprocket offers exceptional strength and longevity, capable of enduring an entire season of aggressive riding. Its innovative design combines lightweight construction with rugged durability, making it a reliable choice for off-road enthusiasts seeking to maximize drivetrain efficiency.
Constructed with a minimalist aesthetic, the Chromatic Rear Sprocket features a sleek black finish with a vibrant chromatic color option. Its unique coating reduces friction by up to 50%, which enhances efficiency while decreasing wear and tear on your drivetrain components. The sprocket’s weight is comparable to aluminum, yet it surpasses stainless steel in strength by 2.5 times, ensuring resilience under demanding riding conditions.
The DIRT TRICKS Zirconium coating not only provides a sharp, modern look but also contributes to increased durability and reduced maintenance needs. This sprocket is designed with a revolutionary approach to weight reduction and performance, making it ideal for competitive riders and casual off-road riders alike. Backed by a one-year guarantee, the Chromatic Rear Sprocket promises long-lasting performance and peace of mind during intense riding sessions.

Features:

• Designed and patented by Dirt Tricks in 2002, utilizing aerospace steels, heat treatments, and FEA stress analysis

• Built to last an entire season of hard riding while maintaining an aluminum-like weight

• Available in Diamond Black and Chromatic finishes with the latest design innovations

• Zirconium coating reduces friction by up to 50%, increases durability, and enhances appearance

• 2.5 times stronger than stainless steel with a minimalist design and appearance

• Backed by a one-year replacement guarantee for wear-related issues