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

The Fulton Single Wheel 1,500 lbs. Bolt-Thru Swivel Jack is an essential trailer accessory designed for operators who require reliable, portable weight distribution and hitching support. Built by Fulton—a leader in trailering solutions—this single-wheel jack addresses a critical need in the field: secure, independent leveling and stabilization of trailers during setup, breakdown, and maintenance operations. Whether you're managing a utility trailer, equipment hauler, or specialty rig, this jack delivers the dependable performance required in tactical, commercial, and recreational trailering environments.

The Fulton Single Wheel 1,500 lbs. Bolt-Thru Swivel Jack features a robust swivel design that allows for multi-directional positioning without repositioning the entire unit, maximizing operational efficiency on uneven terrain. The bolt-through mounting system ensures a secure, permanent installation on trailer frames, eliminating concerns about shifting or misalignment under load. With a 1,500-pound lifting capacity, this jack handles moderate to heavy trailer weights while maintaining stability and control. The single-wheel design reduces footprint and weight (19.7 lbs) compared to dual-wheel alternatives, making it ideal for mobile operations where compactness is valued alongside strength.

This jack performs best in active trailering scenarios—farmers, contractors, military support personnel, and outdoor enthusiasts who regularly deploy and secure trailers in field conditions. The bolt-through installation requires pre-drilled mounting points on your trailer frame; verify your frame thickness and bolt spacing before purchase to ensure compatibility. Routine inspection of the swivel mechanism and wheel condition will extend service life and ensure safe operation under the full 1,500-pound load rating. Paired with a quality trailer hitch and safety chains, the Fulton Single Wheel jack becomes a cornerstone of reliable, repeatable trailer setup across diverse operational environments.