Unlocking zero-emission high-speed maritime transport
Introducing our transformative Artemis eFoiler® electric propulsion system – a revolutionary design developed to help decarbonise our seas, shape the future of maritime, and position Artemis Technologies as the clear market leader in high-speed zero-emission vessels and propulsion systems.
The Artemis eFoiler® is subject to a number of granted patents and pending patent applications in multiple countries.
By flying above the waves, eFoiler® propelled vessels produce minimal wake, allowing for high-speed, close-to-shore operations within busy waterways.
Significantly reducing journey time, whilst protecting wildlife, shorelines and anchored vessels.
Electric propulsion generates zero emissions in operation, removing air, water and noise pollution.
The autonomous flight control system ensures a smooth ride, mitigating the effects of seasickness often associated with wavy conditions.
Due to the fully submerged electric drivetrain, the Artemis eFoiler® provides a quiet experience.
Better for Business
The Artemis eFoiler® works at an unmatched efficiency of more than twice as efficient as traditional Diesel engines.
The design of the eFoiler® provides significant range at high-speed, whilst also reducing operational costs through substantial fuel savings.
Vessels developed with eFoiler® propulsion will operate with up to 90% lower fuel costs compared with traditional ferries, with the capability of carrying up to 150 passengers.
The Artemis eFoiler® is based on the integration of a high-power density electric drivetrain into an autonomously controlled hydrofoil; combining proven technologies from yacht racing, motorsport, and the aerospace industry.
Artemis Technologies has also developed a unique computer simulation tool, the ‘eSim’, that enables optimised designs of the Artemis eFoiler® system for any type or dimension of vessel, without lengthy and expensive design iterations.
Marinised 800v Battery Energy Storage System.
Aft foil acts as a rudder to steer under propulsion, with bow thrusters, to assist in low speed manoeuvres.
The hydrofoil is coupled with a fully submerged, self-cooled ultra-high power density electric drivetrain that is 97% efficient.
High aspect ratio foils, with replaceable leading edges, that lift the vessel out of the water.
Collision Avoidance System
Identifies submerged and semi-submerged objects including wildlife.
Flight Control System
Ride height of the vessel is managed by a computerised autonomous flight control system.