en.Wedoany.com Reported - The Port of Rotterdam and its European MAGPIE project partners have successfully completed a demonstration of autonomous navigation for inland vessels, enabling independent movement between terminals in a busy port environment. During the demonstration, the conventionally powered inland container vessel MS Letitia (HTS Group) autonomously performed departure, river navigation, and berthing operations, while continuously monitoring its surroundings, detecting other vessels, and safely avoiding them when necessary, taking environmental factors into account.

MS Letitia departed from Amaliahaven on the Maasvlakte River, passing through the European Port and the Nieuwe Waterweg, before arriving at Waalhaven in Rotterdam. This voyage demonstrated the operational capability of autonomous systems in a real port environment.

Oscar van Veen, Innovation Director at the Port of Rotterdam Authority, stated that autonomous navigation can enable new logistics concepts, enhancing the flexibility, efficiency, and reliability of inland waterway transport. Inland shipping is a crucial mode of land transport for the Port of Rotterdam, transporting containers, bulk cargo, and liquid goods, thereby reducing pressure on the road network and being more energy-efficient than road transport. As cargo volumes grow, inland shipping must maintain and expand its market share, and autonomous navigation can play a significant role in this regard.

Europe faces challenges such as the energy transition, industrial competitiveness, climate targets, and strategic resilience. Ports, as centers for innovation development and application, are playing an increasingly important role. The MAGPIE project aims to accelerate this development, with autonomous maritime shipping being one of ten pilot projects under this initiative. These measures, covering maritime, inland, rail, and road transport, provide practical information that ports can immediately implement to support the transition to more sustainable operations.

Project partners Alphatron Marine, Argonics, and Argonav will integrate some elements of this demonstration into their auxiliary products for inland vessels.

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