HEAVY DUTY COMPACT WHEEL D - AME International

The AME International 71335 Heavy Duty Compact Wheel Dolly is engineered to provide professional technicians and mechanics with a reliable solution for handling large and heavy wheel assemblies. This robust dolly offers a substantial lifting capacity, making it indispensable for efficiently and safely managing wheels in demanding automotive and industrial service environments. Its design prioritizes operational control and durability, ensuring consistent performance for various heavy-duty applications.

Key Features

• High Capacity Lifting: Boasts a formidable 3,300 lb (1,500 kg) lifting capacity, capable of supporting the heaviest wheel and tire assemblies encountered in professional settings.
• Broad Wheel Diameter Compatibility: Accommodates a wide range of wheel diameters from 39 inches (99 cm) up to 83 inches (211 cm), offering versatility for diverse equipment types.
• Generous Wheel Width Handling: Designed to manage wheel widths up to 31 ½ inches (80 cm), suitable for various heavy-duty tire configurations.
• Precision Hydraulic Operation: Features an integrated hydraulic lifting system that provides smooth, controlled, and effortless wheel positioning, reducing physical strain on the operator.
• Durable, Professional-Grade Construction: Built with high-quality materials to withstand the rigors of daily use in professional garages, workshops, and industrial facilities.
• Compact Design: Despite its heavy-duty capacity, the dolly maintains a compact footprint for enhanced maneuverability and efficient use of workspace.

Applications

This wheel dolly is an essential tool for servicing heavy-duty trucks, buses, commercial vehicles, agricultural machinery, and construction equipment. It streamlines the often challenging task of removing, installing, and transporting large tire and wheel assemblies, significantly improving efficiency and safety in tire shops, fleet maintenance depots, and heavy equipment service centers. The AME International 71335 facilitates precise alignment during installation, minimizing potential for damage and ensuring proper fitment.