Product

Yale Materials Handling Corporation: Robotic Reach Truck


Image courtesy of Yale Materials Handling Corporation.

Yale Lift Truck Technologies leverages over a century of material handling experience and substantial investment in innovation to bring the most advanced technology-driven lift truck solutions to market.
1400 Sullivan Dr.
Greenville, North Carolina, 27834
United States
800-233-YALE 
Yale Lift Truck Technologies Company Profile

Autonomously deposit and retrieve loads up to 30 feet high in double-deep racking.

Autonomously deposit and retrieve loads up to 30 feet high in double-deep racking.

The Yale® robotic reach truck expands the capability of robotic solutions in the warehouse. Its unique high-lifting ability helps operations use automation to service higher-level storage locations, helping maximize capacity as they face expanding inventories and ease the strain of hiring and re-training workers for repetitive, turnover-prone positions.

The robotic reach truck enables warehouses to:

  • Maximize storage density – Grow up, not out. Lift as high as 30 feet and reach into double-deep storage to maximize the cubic volume of a facility.

  • Reduce operator dependency – Efficiently deposit and retrieve loads at height without the need for manual operation by a worker.

  • Avoid integration hassles – No extra infrastructure like wires, magnets or tape – instead rely on a LiDAR system that uses existing structural features to self-locate and navigate, enabling easy route adjustment and faster startup at reduced cost.

  • Increase precision and reliability – For consistent performance at height, sensors and 3D cameras enable precise fork placement and guidance.

Since the robotic reach truck is a standard Yale® lift truck outfitted with robotic technology, the nationwide Yale® dealer network is equipped to provide responsive, effective service it just as they would standard equipment. The Dual-Mode™ functionality allows personnel to switch from automatic to manual mode at the touch of a button, offering the flexibility to take control in the event of excess volume during peaks or other unexpected demands.