has launched a new Outdoor Reach Truck, which it says applies smart design to meet the operational needs of logistics businesses. The Yale MRO16-20 will reliably support warehousing and distribution applications which incorporate both indoor and outdoor storage and handling areas.

The Yale MRO16-20 is positioned to aid the streamlining of vehicle-to-warehouse movements by combining the functionality of two traditional trucks into one product.

The multipurpose MRO16-20 Outdoor Reach Truck can handle goods as a counterbalance truck would and reach up to 7.5m in height, allowing operators to perform both functions with just one forklift.

Scaramuzza explained: "The Yale MRO16-20 enables warehouse managers to consolidate their fleet. Combining the use of Super Elastic tyres with the design philosophy of a reach truck, this new outdoor reach truck is ideal for sites with mixed indoor and outdoor applications."

The Outdoor Reach Truck is designed to transition from outdoor movement of goods to indoor stacking and picking. One of the main features of the Yale MR016-20 is the Super Elastic tyres, which offer a comfortable ride for the driver and place less stress on the truck's components.

Customers can choose between a lead-acid or a lithium-ion battery to power their MRO Series Outdoor Reach Trucks.

The Yale MRO16-20 trucks can be fitted with Pedestrian Awareness Lights to warn people that a reach truck is in the area, while the Side Red Line system alerts others of their proximity to the truck. A working light assists visibility in dark environments, helping productivity and the easy handling of goods.

"We understand that uptime and productivity are essential in warehousing and intralogistics. We believe that this multi-functional concept, with the use of Super Elastic tyres and other key features, will prove to be very useful for businesses needing to operate both indoors and outdoors," added Scaramuzza. "Yale is continually evolving to meet the challenges of the industry and the needs of its customers. The launch of the Yale MRO16-20 is part of that evolution."