Billet Jackshaft Assembly | Talaria XXX

Put smoother power delivery at the center of your Talaria XXX build. This USA-made Billet Jackshaft Assembly combines precision CNC machining with high-strength billet aluminum construction to support drivetrain durability, reduce wear, and deliver consistent performance during demanding rides.

The jackshaft is part of the drivetrain that transfers motor power toward the rear wheel. Reducing friction and maintaining precise fitment at this point helps power move through the system smoothly. This assembly is engineered to improve drivetrain efficiency and power transfer, making it a practical upgrade for riders seeking smoother acceleration and dependable operation under high torque.

Precision Built for Hard Riding

CNC-machined billet aluminum construction provides the strength and longevity needed for aggressive riding and high-performance builds. Designed for demanding conditions, the assembly pairs race-proven durability with direct Talaria XXX fitment for straightforward installation.

Whether you're putting together a performance-focused bike or upgrading your drivetrain for repeated hard use, this jackshaft assembly focuses on the details that matter: reduced friction, smoother power delivery, and long-term reliability.

Technical Details

• Product: Billet jackshaft assembly
• Material: High-strength billet aluminum
• Manufacturing: Precision CNC-machined
• Country of manufacture: Made in the USA
• Drivetrain performance: Engineered to reduce friction, improve efficiency, and provide smoother power transfer and acceleration
• Wear resistance: Designed to reduce drivetrain wear and support long-term reliability
• Durability: Race-proven design built to withstand high torque, aggressive riding, and demanding conditions
• Installation: Direct fit for the Talaria XXX with precision fitment for straightforward installation

Fitment

• Talaria XXX

A Good Match For

• Talaria XXX owners building a high-performance drivetrain.
• Aggressive riders looking for durability under repeated high-torque loads.
• Riders who prioritize smoother acceleration, reduced wear, and reliable power delivery.