Fulton 1200 lbs. Swing Away Bolt On Single Wheel Jack

The Fulton 1200 lbs. Swing Away Bolt On Single Wheel Jack is purpose-built for vehicle recovery, roadside maintenance, and field operations where reliable lifting capacity meets compact portability. This single-wheel jack features a swing-away design with bolt-thru mounting, enabling secure installation on trailers, recovery vehicles, and tactical platforms while maintaining quick detach capability when not in use.

Heavy-duty steel construction with zinc finish provides corrosion resistance in harsh field environments—critical for operators deployed in coastal, desert, or wet climates. The jack delivers 10 inches of vertical travel, sufficient for standard tire changes and vehicle access, while the 6-inch polyurethane wheel enables smooth ground engagement and lateral stability during lifting operations. Weighing 17.1 lbs, the unit maintains portability without sacrificing the 1200-pound lifting capacity required for light trucks, SUVs, and towed equipment up to three-quarter-ton class. The compact footprint (7 x 6 x 24 inches) fits vehicle storage racks and tactical load configurations.

This jack addresses the operational need for standalone, field-deployable lifting without reliance on full-size floor jacks or air systems. Law enforcement mobile units, military field operations, off-road recovery teams, and commercial contractors operating in remote locations value the Fulton swing-away design for its flexibility—bolt installation during vehicle modification followed by tool-free removal when the jack is not actively mounted. The zinc-finished steel frame withstands vibration during transport and UV exposure during extended outdoor deployment.

Single-wheel jacks occupy a distinct category between floor jacks and hi-lift designs: they prioritize compact storage and positive ground contact over the larger footprint of dual-wheel models. The Fulton XP10 0101 is recognized across recovery and commercial vehicle communities for consistent performance in field-ready applications where weight and volume constraints are primary considerations.