U-Bolt Kit for 1310 U-Joint Extra Long

The ALLSTAR PERFORMANCE U-Bolt Kit for 1310 U-Joint Extra Long is a complete universal joint fastening solution designed for heavy-duty drivetrain applications requiring secure yoke attachment. This kit includes all necessary components—u-bolts, nuts, and washers—manufactured from steel in natural finish, providing the structural integrity demanded in off-road recovery, high-performance vehicle builds, and industrial powertrain systems where driveline reliability is non-negotiable.

The extra-long configuration accommodates 1310-series yokes with increased dimensional tolerance, critical for vehicles with custom or extended driveshafts. Steel construction resists the torsional and tensile forces inherent in high-torque engine applications, while the natural finish allows technicians to apply their preferred corrosion protection or coating without compatibility concerns. The included fasteners eliminate incomplete kit frustration—all hardware needed for proper installation is pre-assembled and ready for deployment in the field or shop.

This u-bolt kit is engineered for mechanics, fabricators, and operators maintaining or building vehicles with 1310-series universal joints. Whether securing driveshaft yokes on lifted trucks, performance vehicles, or industrial equipment, the extra-long geometry provides clearance and engagement depth for robust clamping force. Technicians appreciate the complete kit format—reducing inventory management and ensuring proper specification matching without hunting for compatible fasteners across multiple suppliers.

ALLSTAR PERFORMANCE is recognized in the powertrain and racing sector for producing driveline components that meet or exceed OEM standards. The 1310 u-joint family represents a widespread platform in off-road, racing, and custom vehicle applications where standardized, vetted hardware reduces assembly time and supports long-term drivetrain durability. This kit offers the advantage of pre-matched components, reducing the risk of specification mismatch that can compromise u-joint performance.