3/4 Rod End Chrome Moly RH w/ 3/4 Hole

The Competition Engineering 3/4 Rod End Chrome Moly RH with 3/4 Hole (model C6162) is a heavy-duty spherical rod end engineered for high-performance marine and automotive suspension systems. This right-hand threaded rod end delivers the precise articulation and load-bearing capacity required in applications demanding consistent steering response and suspension geometry maintenance under saltwater and freshwater conditions.

Built from chromoly steel and finished with zinc oxide coating, this 3/4-inch bore rod end resists corrosion in marine environments where standard steel components deteriorate rapidly. The 3/4-16 right-hand male thread accommodates standard suspension linkage and steering arm configurations, while the included jam nut locks the assembly in place and prevents vibration-induced loosening. The spherical bearing design allows angular movement across multiple planes, critical for maintaining proper suspension alignment as the hull flexes under load and wave action. Competition Engineering's Magnum Series designation confirms this rod end meets professional-grade durability standards used in racing and offshore applications.

This rod end suits boat builders, offshore anglers upgrading performance rigs, and serious recreational boaters replacing worn steering and suspension components. Whether you're rebuilding a center console's hydraulic steering system, reinforcing a bay boat's suspension, or upgrading a trailer bunks and support arms, this chromoly rod end handles the corrosive salt-air environment and dynamic stress better than standard fasteners. The 3/4-inch sizing fits most mid-range marine linkage applications without requiring custom fabrication or adapter kits.

Rod ends are essential wear items in marine service because constant flexing, thermal cycling, and saltwater exposure degrade spherical bearings faster than land-based applications. Upgrading to chromoly construction with proper corrosion protection extends service life between inspections and reduces catastrophic failures during peak fishing seasons or extended offshore passages.