Little Giant 28' HyperLite 375 lb. Cap Type IAA Extension Ladder W/ Cable Hooks/V-Rung/Claw - 17528 17528

Ordinary extension ladders are heavy; and always have been. The leading cause of extension ladder injury is linked to the weight of the ladder-often resulting in torn rotator cuffs herniated disks ankle sprains and knee ligament tears from loading and unloading or carrying heavy traditional extension ladders. These injuries have simply been part of using extension ladders until now. The little giant® hyperlite™ extension ladder is the lightest type ia and iaa fiberglass extension ladder in the world bar none. Features ul style"margin-top0px;padding-top 5px padding-bottom 5px;" lightweight patent-pending design helps prevent common injuries like torn rotator cuffs herniated disks ankle and knee ligament tears from loading and unloading or carrying heavy traditional extension ladders nonconductive fiberglass construction provides additional safety while working around electricity patent-pending hyperlite weighs up to 40 percent less than ordinary fiberglass extension ladders without sacrificing strength or stability depending on size approximately 20 percent more rigid than ordinary extension ladders roof line indicator for quick safe setup convenient side-to-side level bubble help ensure a safe setup wide flat slip-resistant rungs provide great comfort and reduce foot fatigue solid-riveted plate rung construction is stronger more durable and easier to replace 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 braided rope is larger softer and more durable than ordinary ladder rope interlocking side rails with internal rail guides on both the bottom of fly section and top of base section for easy glide during operation no protruding external guides in the way as you ascend and descend spring-assisted heavy-duty extruded aluminum rung locks for smooth secure operation ladder feet are set in spike position engineered

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