Regent Craft Tests Winged Ferry for Coastal Flights in Rhode Island

What's Happening?

Regent Craft is testing a winged passenger ferry, named Paladin, off the coast of North Kingston, Rhode Island. The vessel, equipped with twelve propellers and hydrofoils, is designed to glide over water using ground effect, similar to birds like pelicans. The Paladin aims to travel at speeds up to 180 miles per hour, offering a new method of coastal transportation. Regent Craft plans to use the vessel for commercial ferry routes and military applications, with backing from investors such as Peter Thiel and Mark Cuban.

Why It's Important?

The development of the Paladin represents a significant innovation in coastal transportation, potentially reducing travel times and offering a quieter, emission-free alternative to traditional methods. If successful, it could transform regional travel, providing faster connections between coastal cities. The military interest in the vessel highlights its potential strategic value, offering new capabilities for troop and cargo transport. The success of Regent Craft's testing could lead to broader adoption of wing-in-ground-effect vehicles.

What's Next?

Regent Craft plans to conduct trial flights of the Paladin off Rhode Island's coast by the end of summer or early fall. The company is working to prove the vessel's seaworthiness to the U.S. Coast Guard and other regulators. If successful, Regent Craft aims to establish commercial ferry routes and explore military applications. The company is constructing a manufacturing facility to produce the vessels, with passenger services expected by 2027.

Beyond the Headlines

The Paladin's design challenges, particularly the transition from foiling to flying, highlight the complexities of developing wing-in-ground-effect vehicles. The vessel's ability to operate below radar and above sonar offers unique advantages for military applications, but questions remain about its stability and cost-effectiveness. The commercial potential of the Paladin could reshape coastal transportation, offering a faster and more efficient alternative to existing methods.