Early Access Adams Driveshaft Jk Front 1350 Cv Driveshaft Heavy Duty Series Greasable U-joint Guaranteed [Cjeh93gO]

Adams Driveshaft JK Front 1350 CV Driveshaft

The Adams Driveshaft JK Front 1350 CV Driveshaft is a premium heavy-duty component designed for Jeep JK Wrangler models, including Rubicon and Non Rubicon versions. Crafted with precision, this driveshaft is built to withstand the rigors of off-road conditions and high-performance driving. Its greasable U-joints ensure smooth operation and extended longevity, making it an ideal choice for drivers seeking both durability and reliability.

Heavy-Duty Construction and Customization

This driveshaft is engineered for strength and durability, featuring a 1350 Series CV joint and a robust 2-inch x .120 wall design, perfect for rock crawling and heavy-duty applications. Adams Driveshaft offers customization for altered differentials, transfer cases, and lifted vehicles, ensuring a perfect fit for your specific needs. Key features include:

• Custom Made: Tailored to fit your Jeep JK Wrangler with lifted suspension or specialized differential setups.
• Heavy Duty: Built to handle up to 40-inch tall tires, providing increased weight, traction, and pressure resistance.

Severe Duty Performance and Warranty

For those who demand the utmost in performance and reliability, the Adams Driveshaft 1350 CV Driveshaft with solid U-joints is the superior choice. Solid U-joints offer enhanced strength, reduced need for balancing, and increased resistance to contaminants. This driveshaft comes with a set of Grade 10 CV bolts, U-bolts, and a transfer case output shaft yoke, ensuring a complete and seamless installation. With a lifetime warranty on the tube and welds, you can trust that your investment is protected:

• Severe Duty Series: Offers the strongest construction with solid U-joints for ultimate performance.
• Reliability: Solid U-joints are not cross-drilled, providing greater strength and dependability.
• Balancing: Solid U-joints require less balancing due to tighter manufacturing tolerances.