VORTEX Rear F5 Sprocket Aluminum 42 Tooth for 520 Chains - Black Hard Anodized

The VORTEX Rear F5 Sprocket, part number 526AK-42, is engineered for high-performance applications with a focus on strength and lightweight design. CNC machined from durable 7075 aluminum, this sprocket offers exceptional strength-to-weight ratio, making it ideal for competitive shooting and demanding use. The sprocket features a sleek jet black hard anodized finish, providing excellent corrosion resistance and a refined appearance. PTFE coating enhances lubricity and durability, ensuring smoother operation and prolonged lifespan in various conditions.

Designed with a unique tooth configuration, the VORTEX F5 sprocket optimizes chain engagement for reliable power transfer and reduced wear. Trusted by champions worldwide, this sprocket combines premium materials and innovative design to improve firearm cycling performance. Whether upgrading or replacing your existing component, this 42-tooth sprocket is compatible with 520 chain systems and is suitable for use in both tactical and sporting environments. Its robust construction and thoughtful design make it a dependable choice for serious shooters seeking durability and precision.

The VORTEX Rear F5 Sprocket's lightweight construction helps reduce overall firearm weight without sacrificing strength, contributing to better handling and quicker target acquisition. Easy to install, it is a perfect upgrade for those looking to enhance their firearm's reliability and performance. With its high-quality materials and trusted reputation, the VORTEX 526AK-42 sprocket is an excellent addition for professional and enthusiast shooters alike.

Features:

• CNC machined from 7075 aluminum for exceptional strength and lightweight performance

• Hard anodized with a jet black dye for corrosion resistance and aesthetics

• PTFE coating provides added lubricity and durability for long-lasting performance

• Unique tooth design ensures optimal chain engagement and reduced wear

• Trusted by champions for reliable and consistent operation