High load capacity and reliable support Supports up to 45 tons. Engineered for excellent compressive strength so the pad does not bend or collapse under heavy outrigger loads. Provides stable, level support for mechanical outriggers and crane feet, helping keep equipment secure during operation. Even weight distribution on soft or uneven surfaces Broad contact area spreads the load to reduce ground pressure and prevent outriggers or jacks from sinking. Compatible with a variety of ground types and soft surfaces, lowering the risk of vehicle imbalance or tilting. Portable, easy to carry and stackable for height adjustment Designed for single-person handling using an integrated nylon rope handle and PVC sleeve reinforcement. Multiple pads can be stacked to increase overall height and adapt to different outrigger requirements. Durable, weather-resistant material Made from ultrahigh molecular weight polyethylene (UHMWPE): UV-resistant, abrasion-resistant, tear-resistant and built for long outdoor service. Non-slip surface for secure contact between pad and outrigger foot. Key specifications and functions Material: Ultrahigh molecular weight polyethylene (UHMWPE) Load capacity: Up to 45 tons Features: UV resistant, non-slip, abrasion and tear resistant, stackable, portable handle (nylon rope with PVC sleeve) Primary function: Distribute outrigger/crane foot loads and provide stable, level support on soft or uneven ground Practical use scenarios Mobile cranes: Place under crane feet or outrigger pads on soft ground or uneven job sites to reduce sinking and maintain stability during lifts. Motorhomes and RVs: Use as chassis or jack pads to keep the vehicle level and prevent jacks from digging into grass, gravel, or soft soil. Aerial platforms and concrete pumps: Support outriggers on temporary surfaces to distribute load and minimize ground damage while ensuring steady operation. Why customers choose this pad Prevents bending or collapse under heavy loads, maintaining safety and equipment stability. Adapts easily to changing site conditions through stacking and broad surface contact. Built for outdoor durability so pads remain functional and safe over extended use.