E-foiling ferries could transform New York routes by 2027
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A combination of policy support, infrastructure investment, and innovative vessel technology could accelerate the shift to zero-emission ferry operations, according to David Tyler, co-founder of Artemis Technologies<\/a>, who spoke with Marine Log<\/em> about the opportunities and challenges facing the sector.<\/p>\n Tyler identified the biggest obstacle to widespread electric ferry adoption as the need for a holistic approach that integrates vessel technology with shoreside charging infrastructure. Unlike conventional diesel ferries, electric ferries require careful route modeling, range planning, and charging strategies to maintain reliable service.<\/p>\n \u201cThere are huge benefits to electric ferries\u2014emissions reduction, lower service and maintenance costs, and significant energy savings\u2014but you have to look at the total cost of ownership, not just the upfront vessel price,\u201d Tyler said.<\/p>\n He noted that public perception has shifted in recent years, with policymakers and passengers increasingly familiar with electric transportation and its operational nuances. Still, there is no \u201cone-size-fits-all\u201d solution\u2014short, slow-speed routes are well suited to conventional battery-electric vessels, while longer or higher-speed services may require alternative designs.<\/p>\n One such design is the e-foiling ferry, which integrates an electric propulsion system into a hydrofoil structure. By lifting the hull out of the water at speed, drag is reduced and energy use drops by 70\u201390%, enabling faster charging, longer range, and reduced battery replacement costs. Tyler said this technology could be a \u201cgame changer\u201d for busy urban ferry systems.<\/p>\n In New York, routes with longer distances\u2014such as the Rockaway service\u2014would see the greatest benefits in fuel savings, but even shorter East River runs could offer strong business cases when factoring in lower operating costs and the potential to increase service speed and frequency.<\/p>\n Tyler also discussed ongoing R&D into debris detection and collision avoidance systems for foiling vessels, including recent testing in British Columbia. The technology, expected to be available on the first U.S.-delivered e-foiling ferries in 2027, uses sensor fusion from multiple radar and camera systems to identify and avoid hazards.<\/p>\n While early adopters face higher initial costs, targeted funding programs\u2014such as the U.S. Federal Transit Administration\u2019s ferry grants and similar schemes in the UK\u2014can help de-risk investments. Tyler emphasized the importance of pairing these incentives with clear zero-emission mandates, citing Norway\u2019s 2030 target as a driver of rapid industry change.<\/p>\n The first U.S.-built e-foiling ferries could be delivered in 2026, with East Coast manufacturing capability to be announced soon. \u201cIt\u2019s about providing the same or better service the public gets today\u2014only faster, quieter, and cleaner,\u201d Tyler said.<\/p>\n You can find an earlier Q&A with David Tyler<\/a> on Marine Log\u2019s website. <\/p>\n<\/p>\n The post E-foiling ferries could transform New York routes by 2027<\/a> appeared first on Marine Log<\/a>.<\/p>\n<\/div>\n