Tow Tractor

A highly competitive solution for manufacturing

The MO50-70T tow tractor is an efficient and cost effective solution for line feed operations in manufacturing

It is ideal for use in:

• Intensive manufacturing processes
• Horizontal transport over short and long distances

Ergonomic features

• Scooter control with electric steering reduces operator fatigue and allows the operator to remain within the footprint of the truck for protection
• Low step height reduces operator fatigue
• The large suspended platform with personnel present sensor covers the complete platform. This allows the operator to locate the most comfortable operating position and pass through from both sides
• The effortless electrical steering and automatic speed reduction on cornering ensure excellent control and high productivity
• The anti-roll back system on ramps and gradients ensures efficient operation

Productivity features

• The AC drive motor of the tow tractor delivers high performance acceleration and travel speed and braking making the MO50-70T series ideal for stop and go applications
• Adjustable performance settings allow the truck to be customised to the needs of the application and operator
• Slow speed forward and reverse direction buttons (coasting function) are located on both sides of the backrest to allow the operator to walk alongside the truck to the next picking location
• Different types of coupling are available to suit particular trailer needs
• Large battery capacity
• Side battery extraction is available on all models

Yale Robotics

The MO50-70T is available as a robotic solution.

This dual-mode design provides both flexibility of operation and simplicity of servicing, with our authorised dealer network already familiar with 90% of the mechanical and electrical systems of each robotic unit. For pre-sales support, warehouse systems specialists are available to visit potential sites to collect data and suggest solutions where required.

Learn more here: https://www.yale.com/emea/en-gb/our-products/automation/robotics/