Little Giant Safety HyperLite SumoStance 24 ft Type IA Fiberglass Extension Ladder
The HyperLite SumoStance Type IA is the only extension ladder in the world with Little Giant’s patented SumoStance leveling outrigger system, which more than doubles the ladder’s base width and increases side-tip stability. The SumoStance’s intuitive safety features help ensure a safe, stable set-up for any job on almost any surface and is lighter than ordinary extension ladders. The HyperLite SumoStance also offers a side-to-side bubble level, which helps you set up the ladder safely every time. The side-mounted, dual-pulley system reduces the effort required to lift the fly section by 45% and removes the potential trip hazard caused by traditional center pulley rope systems. The HyperLite SumoStance wide rungs let you work comfortably without foot fatigue. Little Giant’s patent-pending nonconductive Hi-Viz green rail is safe to use around electricity and has been scientifically proven to be the most visible hue of the color spectrum to the human eye. Why would a ladder need to be Hi-Viz? Some of the most catastrophic falls are caused by people who walk or drive into an extension ladder while someone standing on it.
Maximum reach height: 23 ft 7 in (Assuming a 5 ft 6 in person with a 12 in vertical reach)
Non-conductive Fiberglass construction provides additional safety while working around electricity
SumoStance leveling outrigger system helps ensure a safe, level setup
Roof line indicator to ensure a quick, safe setup with at least three feet above the contact point
Side-to-side angle indicators help ensure a proper, safe setup every time
Patent-pending Hi-Viz green rail prevents catastrophic accidents caused by people who accidentally walk or drive into an extension ladder while in use
Complies with all OSHA, ANSI A14 strength and testing standards
Wide, flat rungs provide great comfort and reduce foot fatigue
Side-mounted, dual-pulley system reduces the effort required to raise the fly section by 45 percent and removes the trip hazard caused by traditional center-pulley rope systems