Drop Ball Mount

The CURT Manufacturing Drop Ball Mount (Part No. 45134) is a 2-inch hitch ball mount engineered for light-duty towing and cargo hauling applications. This 7.5-inch-long drop mount delivers a 7,500-pound weight capacity and accommodates standard 2-inch hitch balls, making it a straightforward addition to any compatible receiver setup. The drop design positions the ball lower than the hitch receiver, allowing proper tongue-down geometry for level trailer pulls—a critical consideration when matching ball height to trailer coupler height.

Construction consists of steel with a black powder-coat finish, protecting against corrosion during extended outdoor use and off-road service. The mount secures via a clip and hitch pin mechanism, providing quick-disconnect capability without welding or permanent modification to your vehicle's receiver. At 8.03 pounds and measuring 3 x 2.5 x 12 inches overall, it installs cleanly within standard hitch openings. The 2-inch drop compensates for receiver height relative to coupler height, eliminating unsafe angles that can damage trailer axles or reduce brake performance under load.

This mount suits owners of pickup trucks, SUVs, and light-duty vehicles who regularly tow utility trailers, boat trailers, or enclosed cargo carriers. Contractors, weekend haulers, and recreational users benefit from the straightforward installation and field-proven reliability of CURT's hitch components. Anyone upgrading from receiver-only towing or seeking a replaceable ball mount assembly will find this unit addresses the core requirement: safe, level tongue positioning at 7,500-pound capacity with no permanent vehicle modification.

Hitch ball mounts remain among the most cost-effective towing upgrades available. A quality drop mount like this one ensures proper ball height geometry, which directly affects trailer stability, brake response, and overall safety under load. Inspecting ball mounts annually—checking for rust, wear, and hitch pin security—keeps any towing setup in safe operating condition.