U-Joint Series 1310 to 1350

The U-Joint Series 1310 to 1350 from Precision Shaft Technologies is a critical drivetrain component engineered to transfer torque smoothly between misaligned driveshaft sections in high-performance and heavy-duty vehicles. Whether you're building a lifted truck, restoring a classic muscle car, or upgrading an off-road rig, this universal joint bridges the gap between 1310 and 1350 series driveshafts—two of the most common shaft sizes in automotive modification. This component is essential for maintaining drivetrain integrity when modifying suspension geometry, installing larger tires, or upgrading to more powerful engines that demand robust power delivery.

Precision-manufactured from high-strength steel, the U-Joint Series 1310 to 1350 delivers consistent articulation under extreme operating angles without binding or binding resistance that would prematurely wear bearings or weaken the driveshaft assembly. The universal joint design allows the front and rear driveshaft sections to operate at angles relative to one another—critical in trucks and SUVs with aggressive suspension lifts or lowering kits where the driveshaft no longer maintains a perfectly straight line from transmission to differential. At just 1.37 pounds and measuring 3.7 x 1.45 x 3.75 inches, this compact yet robust assembly fits seamlessly into most full-size truck and performance vehicle platforms without requiring extensive fabrication or adapter work.

Mechanics and enthusiasts working on suspension modifications, driveshaft rebuilds, or custom drivetrain assemblies will appreciate the direct 1310-to-1350 compatibility, eliminating the need for multiple adapter components that add weight and complexity. Installation requires proper driveshaft balancing and alignment to prevent vibration at highway speeds, making this suitable for DIY builders with driveshaft experience or professional shops performing comprehensive suspension upgrades. The Precision Shaft Technologies reputation for durability makes this U-joint an ideal choice for daily-driven modified vehicles and serious off-road applications where reliability under variable load conditions is non-negotiable.