24in x 24in x 3in Thick Outrigger Pad w/ 2 Ergonomic Handle Black Stabilizing Jack, 2PK

Pack Size: 2 Pack 24 in x 24 in x 3 in Square Outrigger Pads w/ Two Rope Handles - High-Density, Black ideal for heavy construction vehicles, including outriggers, down jacks, or stabilizers. The square crane pad will evenly distribute the weight of your heavy machinery on varied surfaces, providing a secure and stable base. Have a safe operation on uneven or sensitive grounds. You can use our stabilizer pads for cranes, concrete pumps, aerial work platforms, and other lifting equipment. Learn more about it below:- Dimension Details: Its a square outrigger mat with all sides size of 24 inches and a thickness of 3 inches. The black outrigger pad is a safety base that prevents vehicles from tipping or collapsing during operation or when not used. Thus, maintaining stability and ensuring a safe working environment. We have increased the size and thickness to provide better stability and base. Plus if youre looking for other sizes then explore here. Robust Construction: We have constructed our mats from Ultra-high molecular weight polyethylene UHMWPE to ensure strength and durability. One person can easily carry it from one place to another. It has non-conductive, water, acid, and alkali-resisting properties, perfect for outdoor settings. Easy-to-Caryy and Stack: We have added two ergonomic handles made of nylon rope and PVC hose on two sides of the outrigger pad. Its built-in for easier handling and placement. Other than portability, you can easily stack these outrigger pads for storagenot capturing any extra space. Thus, making it a user-friendly design for heavy-duty operation. Load Capacity: The vertical load limit of our crane outrigger pad is 1,72,800 lbs and the 45-degree working load limit is 88,000 with a crush rating of 300 PSI, ensuring good impact intensity and breaking elongation. Our outrigger offers great load capacity compared to other competitors in the market, increasing pad performance and life. Expect high performance from these pads, supporting the maximum weight of the equipment and the load.