Rod End M2 1in Extension

The Rod End M2 1in Extension is a precision shock absorber end component engineered for high-performance marine suspension systems and performance boating applications. Built by AFCO Racing Products, this spherical rod end extension allows anglers and performance boaters to fine-tune their vessel's handling characteristics over rough water and challenging offshore conditions. Whether you're navigating choppy seas or demanding tournament environments, this extension piece provides the adjustability serious water enthusiasts demand for optimal ride quality and control.

Manufactured from blue anodized aluminum, the Rod End M2 1in Extension features a spherical design that accommodates angular movement while maintaining durability under sustained shock loads. The one-inch longer configuration adds reach to big-body shock assemblies, compatible with 11t, 13t, 21/26t, and 35 series suspension platforms. This extended length reduces binding and improves articulation in full-compression scenarios—critical when driving through heavy seas where suspension travel and shock geometry directly impact crew safety and boat stability. The precision-machined aluminum construction resists corrosion in saltwater environments while keeping rotational friction minimal for smooth, responsive suspension action.

Boaters running AFCO Racing suspension systems—particularly those with larger, heavier hulls requiring big-body shocks—benefit most from this extension when upgrading or rebuilding existing shock packages. Installation requires removal of the original rod end and threading the extension into place within your suspension assembly; compatibility with multiple series ratings (11t through 35) ensures broad platform support across performance boat classes. At just 0.3 lbs, the minimal weight addition preserves your vessel's dynamics while the extended reach eliminates geometry compromises that restrict full suspension travel. Ideal for tournament anglers and serious recreational boaters seeking repeatable, predictable handling in variable water conditions.