Not a distant vision, but a tangible system taking shape on the water in canal cities, where visible movement is driven by largely invisible layers of engineering, infrastructure and regulation. On 30 June, a vessel sailed independently through Amsterdam's city center for the first time navigating independently from Marineterrein to Nieuwmarkt. There was a licensed skipper on board monitoring the operation and ready to intervene when necessary, ensuring compliance with existing safety criteria.
For this trial, the focus was on freight transport by water. The vessel determined its own course and speed using advanced sensors, cameras, GPS, and smart software, sailing through a busy urban waterway under controlled conditions. At its destination, Zoev City Boxes were unloaded onto the quay via an integrated crane system, completing a full logistics chain, from bundling and loading goods outside the city to delivering them in the heart of Amsterdam.
A collaboration years in the making
Developed by Zoev City, (electric vessels and freight units) and Roboat, now an independent company rooted in AMS Institute and MIT research, the system combines Roboat’s sensor-based autonomous navigation with Zoev’s zero-emission waterborne transport. Containers were transferred from the vessel to the quay and onward via compact electric vehicles for last-mile delivery. Goods were delivered to CTP's distribution center and loaded into Zoev City Boxes, which are suitable for both chilled and non-chilled products, before being transported by water to the city center and onward via compact electric vehicles for last-mile delivery.
Why it matters
Amsterdam's dense network of canals offers an alternative to roads that are already under pressure from staff shortages, rising costs, and growing demand. By moving goods and waste flows by water rather than by land, cities can reduce congestion on quays, bridges, and roads, lower emissions, and free up public space. All while increasing logistics capacity in crowded urban environments. It is precisely the combination of autonomous sailing, electric propulsion, smart transshipment, and bundled goods flows that makes the concept scalable, not just for Amsterdam, but potentially for other canal cities such as Paris, Utrecht, or Leiden.
Deputy Mayor Elise Moeskops from the City of Amsterdam joined a test sailing herself: "With new technologies such as autonomous vessels, the government should not only watch from the sidelines, but actively think along and participate."
A full-circle moment
The trial voyage is part of the European metaCCAZE project, an EU-funded program working toward smart, zero-emission mobility for people and goods across Europe. Amsterdam is one of four cities (alongside Munich, Limassol, and Tampere) testing innovative mobility solutions, including autonomous cargo transport by water, optimized waste logistics, adaptive speed governance for micromobility, and tradable travel credit systems. Successful approaches will later be shared with six follower cities, including Athens, Krakow, and Milan.
For AMS Institute, the pilot marks a full-circle moment: technology that began as research with MIT is now being deployed in the very canals it was designed for, with AMS coordinating urban mobility innovation across cities, authorities and industry. By testing and validating the complete logistics process during this demonstration, the foundation has been laid for the further rollout of sustainable urban distribution by water. Not as a distant vision, but as a system already taking shape.
