Fulton Dual Wheel 1,500 lbs. Bolt-Thru Swivel Jack

The Fulton Dual Wheel 1,500 lbs. Bolt-Thru Swivel Jack (model XPD15L0101) is a heavy-duty tongue jack engineered for marine and utility trailers where reliable vertical lift and stable positioning are mission-critical. This bolt-on jack delivers 1,500 pounds of lifting capacity with a sidewind handle mechanism, retracting to 12.75 inches and extending to 24.75 inches—dimensions that balance compact storage with practical working height for most standard trailer applications.

The dual-wheel caster design with 6-inch diameter wheels reduces ground pressure and improves maneuverability on soft or uneven terrain—a critical advantage when positioning loaded trailers at launch ramps, remote campsites, or work sites. The zinc construction provides corrosion resistance in saltwater and high-humidity environments, while the swivel mount allows 360-degree rotation for operator convenience. The 1/2-inch pull pin diameter is standard for secure, quick release without requiring tools. With 12.5 inches of ground clearance, this jack accommodates trailers with modest ride height and maintains stability across a wide range of load distributions.

This Fulton tongue jack is specified for owners who operate trailers in challenging environments—recreational boaters, off-road enthusiasts, and equipment operators who demand corrosion resistance and smooth operation under repeated use. The bolt-thru mounting design includes all necessary hardware, simplifying installation on trailers with compatible tongue configurations. Fulton's brand reputation rests on field-proven reliability across marine and utility applications where jacks must function consistently across seasons and climates.

For buyers comparing tongue jacks, capacity matters: 1,500 pounds suits most single-axle trailers and lighter tandem applications. The dual-wheel design outperforms single-caster alternatives in soft-ground scenarios, while sidewind operation provides mechanical advantage without electric or hydraulic dependence—ensuring the jack functions without power sources in remote locations.