Weld-on R-Joint - 5/8in I.D. Includes bearing

The Weld-on R-Joint with 5/8 inch I.D. from RideTech is a spherical rod end bearing engineered for marine and boating applications where structural linkages demand precision articulation under load. Whether you're rebuilding a steering system, suspension arm, or any pivot point on a boat's hardware, this weld-on joint delivers the angular movement your rig needs while maintaining integrity in saltwater and freshwater environments. Built by a manufacturer trusted in performance suspension and steering systems, this bearing-equipped joint is the choice for anglers and boaters who refuse to compromise on reliability when miles from shore.

This R-Joint features a 5/8 inch inner diameter bore with a 1.750 inch outer diameter and 1.750 inch thickness—dimensions that pack serious strength into a compact package ideal for tight spaces in marine hardware installations. The spherical bearing design permits multi-directional movement, eliminating binding and allowing smooth rotation through rough water conditions and sharp maneuvers. Constructed from steel with a natural finish, the weld-on interface provides a permanent, secure attachment to your existing frame or rod end, while the integrated bearing eliminates the need for secondary fasteners or lubrication fittings in many applications. At just 0.57 pounds, weight penalty is minimal, yet structural capability is substantial.

Marine fabricators, boat restoration specialists, and serious DIY anglers working on custom steering or suspension upgrades will find the Weld-on R-Joint invaluable for applications where standard fastened joints fail under cyclic stress or corrosive conditions. Installation requires welding equipment and basic metalworking skills; this product is supplied as a single unit ready for permanent attachment. Verify bore size compatibility with your existing rod end or linkage component before ordering, and ensure your welding procedure follows marine-grade standards to preserve material integrity in saltwater exposure.