JT Sprocket JTA217.55 55-Tooth Rear Alloy Sprocket for Heavy-Duty Applications

Made from the latest generation of computer design and control metal cutting equipment for maximum durability

Rear sprockets are made from the finest C45 high carbon steel or 7075 aluminum

All sprockets are heat treated and hand finished to meet or exceed the highest possible quality standards

The JT Sprocket JTA217.55 is a durable 55-tooth rear alloy sprocket designed for high-performance machinery and off-road vehicles. Crafted from high-quality alloy, this sprocket offers excellent strength and resistance to wear, ensuring reliable operation under demanding conditions. Its precision engineering guarantees smooth power transfer, reducing gear slippage and extending component lifespan. Perfect for enthusiasts seeking durability and efficiency in their drivetrain components.

Featuring a compact profile with a length of approximately 14 inches and a width of 4.2 inches, the JTA217.55 is lightweight yet robust. Its design provides optimal engagement with the chain, facilitating efficient torque transfer and minimizing vibrations. This sprocket is suitable for various applications where durability and precise fit are critical, making it an ideal choice for custom builds, restoration projects, or replacement parts.

The JT Sprocket JTA217.55 is easy to install and compatible with a range of chain sizes, ensuring versatility across different setups. Its corrosion-resistant alloy construction ensures longevity even when exposed to harsh environmental conditions, making it a reliable choice for both street and off-road use. Trust in JT Sprocket’s reputation for quality and performance with this premium alloy rear sprocket.

Features:

• High-strength alloy construction for durability and resistance to wear

• 55-tooth design for optimal power transfer and performance

• Lightweight yet robust for demanding applications

• Precision engineering ensures smooth operation and minimal vibrations

• Corrosion-resistant finish extends lifespan in harsh environments