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The port city of Rotterdam recently witnessed a significant advancement in the field of autonomous shipping. During a demonstration, the Port Authority of Rotterdam and partners of the European project MAGPIE showcased how an inland vessel can autonomously navigate between two terminals in a busy harbor. The ship successfully managed the challenge of operating safely amidst regular shipping traffic.
The inland vessel MS Letitia, belonging to the HTS Group, departed from Amaliahaven on the Maasvlakte and traveled via the Europoort and the Nieuwe Waterweg to Waalhaven in Rotterdam. During the demonstration, the conventionally powered MS Letitia operated autonomously. The ship performed various maneuvers, including departing, navigating through the harbor and along the river, and docking, all without human intervention. Simultaneously, the system continuously monitored its surroundings, recognized other vessels, and safely avoided them while taking the conditions into account. However, the captain remains ultimately responsible and can intervene at any time while the system supports navigation and decision-making.
Need for research in autonomous shipping
Oscar van Veen, Director of Innovation at the Port Authority of Rotterdam, stated:
“Autonomous navigation enables new logistics concepts that enhance the flexibility, efficiency, and reliability of inland shipping. This is an important transport route for the hinterland traffic of the Port of Rotterdam. Containers, bulk goods, and liquids transported via inland waterways relieve the road network and are moved more energy-efficiently than by road. Given the growth in freight volumes, it is crucial for inland shipping to maintain and expand its share of freight transport. Autonomous navigation could play a role in this.”
The future of smart ports
Europe faces significant challenges related to the energy transition, industrial competitiveness, climate goals, and strategic resilience. Ports are playing an increasingly important role as locations where innovations are developed and practically applied. The MAGPIE project was initiated to accelerate this development.
Autonomous shipping is one of ten demonstration projects within MAGPIE. These demonstrators in the fields of maritime, inland shipping, rail, and road transport provide practical insights that ports can immediately implement to support the transition to more environmentally friendly operations.
Implementation of innovations into practice
The project partners Alphatron Marine, Argonics, and Argonav will integrate elements of this demonstration into their assistance products for inland vessels. The argoPositionPilot is already available for vessels with fixed propellers and rudders, while the argoRadarPilot will display intentions and feature collision avoidance.
MAGPIE (sMArt Green Ports as Integrated Efficient multimodal hubs) is a European innovation project aimed at accelerating the transition to climate-neutral ports. Coordinated by the Port Authority of Rotterdam and co-financed by the European Union, MAGPIE brings together 45 partners to develop, test, and scale innovations in clean energy, digitalization, and sustainable logistics. This project received funding from the European Union’s Horizon 2020 research and innovation program (MFF 2014–2020) under grant agreement No. 101036594.
