CM Labs unveils remotely operated RTG training solution

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CM Labs unveils remotely operated RTG training solution
CM Labs Simulations has announced the launch of its new remotely operated rubber-tyred gantry (ROS RTG) training solution, expanding its Remote Operating product line.

The ROS RTG training solution brings together two main components: a Remote Operating Station (ROS) desk from controls manufacturer Spohn + Burkhardt, and the Intellia ROS RTG Training Pack developed by CM Labs.

This integrated system is reportedly designed to support both experienced professionals and newcomers, enabling operators to train for the complexities of remote RTG operation without impacting live port activities.

READ: CM Labs launches intelligent training system for ports

Devon Van de Kletersteeg, Ports Product Growth Manager at CM Labs, commented: “More and more, our customers are requesting training solutions for remote port equipment operation. But operating remote equipment introduces an entirely new way of working.

“Experienced operators must adjust to different tactile and visual cues, while new operators face a distinct learning curve. Our solution is built to support both.”

The ROS desk features an ergonomic, multi-screen setup with a motorised, height-adjustable tabletop, tailored for port crane use.

According to the manufacturer, the Training Pack offers dynamic, camera-based views replicating real port environments, requiring trainees to operate RTGs solely through these perspectives and respond to simulated faults. It includes guided exercises and an Exercise Builder for scenario customisation.

Integrated with CM Labs’ Intellia training management tools, the system enables instructors to create tailored learning paths, inject faults, track performance, and manage training data efficiently.

Last year, the company launched its Forklift Safety+ Add-On Module. The Forklift Safety+ Add-On Module offers the most sophisticated forklift safety simulation training available and stands as the first simulated training solution to accurately replicate water and its inherent properties, creating slippery conditions in tight corners.

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