Steel Driveshaft 53.5in Long 3in Dia. 1350

The Precision Shaft Technologies Steel Driveshaft 53.5in Long 3in Dia. 1350 is a universal replacement driveshaft engineered for vehicles requiring high-torque power transmission in demanding conditions. With a 53.5-inch length and 3-inch outer diameter, this steel driveshaft delivers the balance of strength and rotational precision required for heavy-duty applications including off-road recovery, towing operations, and industrial vehicle systems.

Built with 1350 U-joints—the industry standard for medium-duty driveline applications—this shaft handles substantial torque loads while maintaining smooth power delivery across varied operating angles. The white paint finish provides corrosion resistance and visibility for assembly and maintenance work. At 22.26 pounds, the shaft balances structural integrity with weight efficiency, critical for vehicles where rotational mass impacts acceleration and fuel economy. The universal design accommodates multiple vehicle platforms, making it a versatile solution for fleet maintenance, restoration projects, and OEM replacement scenarios.

This driveshaft is specified for operators managing medium-duty trucks, SUVs, and industrial vehicles where factory or aftermarket driveshaft replacement is required. It serves fleet managers, restoration specialists, and heavy equipment operators who prioritize reliable power transmission over extended service intervals. The 1350 U-joint rating indicates compatibility with vehicles in the mid-range torque category—suitable for applications short of severe-duty or race-spec requirements where higher-grade joints would be necessary.

Precision Shaft Technologies positions this product within the proven industrial driveshaft segment, where material consistency and joint reliability define service life. The 1350 U-joint standard represents a mature, well-documented engineering approach used across the transportation and equipment sectors, ensuring straightforward sourcing of replacement components and predictable performance benchmarks.