Hydrogen-Powered WIGE Vessel to Transform Coastal Transportation

Sea Cheetah and H3 Dynamics Partner for Faster, Cleaner Travel

Posted

With plans to transform the landscape of coastal transportation, Sea Cheetah Corporation has joined forces with hydrogen solutions expert H3 Dynamics. This partnership will develop the world's first hydrogen-electric Wing-in-Ground-Effect (WIGE) vessel, promising to revolutionize maritime travel with aircraft-like speeds at a fraction of the cost.

Sea Cheetah WIGE vessels skim just meters above the water, reaching speeds over 135 knots (250 kph / 155 mph), significantly cutting travel times between coasts and islands. Though they resemble aircraft, they are classified as marine vehicles, streamlining certification and market entry.

Hydrogen-Electric Propulsion: A Game Changer in Maritime Efficiency

Partnering with H3 Dynamics adds a new element to Sea Cheetah's vision: advanced hydrogen-electric propulsion. This technology is expected to extend the vessels' range and payload capacity significantly, making them up to three times more efficient than competing air and watercraft. Serge Markoff, Founder and CEO of Sea Cheetah, emphasizes that this collaboration will enable their vessels to carry larger payloads at speeds ten times faster than boats, while being ten times more fuel-efficient than aircraft.

Decentralized Green Hydrogen Production for Sustainable Fueling

The partners will develop decentralized green hydrogen production systems with modules designed to support rapid fueling and quick vessel turnaround. This infrastructure solution addresses one of the main challenges in adopting hydrogen-powered transportation: the availability of fuel.

Building an Ecosystem for Hydrogen-Powered Maritime Transport

By integrating hydrogen production at strategic locations, Sea Cheetah and H3 Dynamics plan to create a new type of vessel along with an entire ecosystem to support sustainable maritime transportation. This comprehensive approach could serve as a model for other industries looking to adopt hydrogen power, demonstrating how on-site fuel generation can potentially overcome distribution challenges.

Environment + Energy Leader