Ultra-fast watercraft glides at aircraft speeds: startup unveils mind-boggling vessel

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• What the Viceroy Paladin looks and feels like
• On-water trials and pilot impressions
  • Pilot perspective
• Performance numbers and passenger experience
• How the hydrofoil transition works
• Environmental and infrastructure implications
• Regulatory path and testing schedule
  • Development milestones
• Who’s behind Regent and the project’s origins
• Potential markets and travel use cases
• How this fits with other electric mobility trends
• What to watch next

A sleek, electric seaglider prototype from Regent Craft cut through Narragansett Bay this week, drawing glances from sailors and anglers. The aircraft-like vessel skimmed past local boats, demonstrating a unique mix of hydrofoil lift and wing-borne flight that aims to reshape short coastal travel.

What the Viceroy Paladin looks and feels like

The craft blends elements of a small plane and a boat. From a distance it reads like an airplane on water. Up close, its design reveals purpose-driven details.

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• Wing and prop layout: A wide wingspan fitted with multiple small propellers along the leading edge.
• Pontoons: Floats sit under each wingtip for stability on the water.
• Three operating modes: Float, foil, and fly — allowing it to rest on the hull, rise on hydrofoils, or cruise above the waves.

On-water trials and pilot impressions

Regent’s prototype, called the Paladin, completed an hours-long shakedown in Rhode Island waters. Company pilots ran extended trials to test handling, propulsion, and the hydrofoil transition.

Pilot perspective

The CEO, who has been steering the program since its early days, described the craft as the realization of a long-standing idea: marrying aircraft speed with boatlike ease. Test runs focused on stability at speed and smooth switching between modes.

Performance numbers and passenger experience

Regent has published projected figures and demonstrated some during the trials. The design aims to deliver fast, quiet trips over coastal routes.

• Top speed in the air: About 180 miles per hour when airborne.
• Hydrofoil cruise: Up to roughly 50 miles per hour with reduced drag.
• Range on battery: Near 180 miles per charge in flight mode.
• Capacity: Seating for roughly 12 passengers plus two crew.
• Payload: Around 3,500 pounds on Viceroy variants.
• Noise level: Estimated to be about 30 decibels quieter than a typical helicopter or small airplane.

How the hydrofoil transition works

The Paladin can operate low and slow on its hull. When speed increases, hydrofoils lift the hull clear of the water. The craft then experiences far less drag and a smoother ride.

• Slow speeds: conventional boating mode on hull.
• Mid speeds: hydrofoils deployed for efficient surface glide.
• High speeds: aerodynamic lift supports flight above the waves.

Less drag, greater range, and quieter operation are the main benefits the team is chasing with this multi-regime approach.

Environmental and infrastructure implications

A key selling point is the seaglider’s electric propulsion. Regent engineers designed the Viceroy to plug into standard dock-side charging systems.

• Zero-tailpipe emissions: Eliminates direct combustion pollution on short coastal hops.
• Reduced fuel spills and fewer oil leaks that harm marine habitats.
• Compatibility with existing docks and charging points lowers infrastructure hurdles.

Pairing electric vessels with renewable electricity can shrink the maritime carbon footprint. Noise reductions also matter for coastal communities and wildlife.

Regulatory path and testing schedule

Regent is moving toward formal oversight and certification. The company has engaged the U.S. Coast Guard with a design basis agreement to advance approvals.

Development milestones

1. Concept and engineering R&D over several years.
2. Scaled demonstrators and smaller models that have already flown.
3. Current hydrofoil testing of the 12-passenger Paladin prototype.
4. Planned flight tests off Rhode Island later in the season.

These steps aim to validate safety, performance, and compliance with maritime and aviation rules.

Who’s behind Regent and the project’s origins

Founders met at a top engineering school and later worked in aerospace. They launched Regent in 2020 to pursue a new class of regional electric transport that operates at the water/air interface.

• Founding team: engineers with aviation and marine backgrounds.
• Investor support: includes high-profile backers from the tech and investment community.
• Company focus: regional electric ground-effect nautical transport and hybrid seagliders.

Potential markets and travel use cases

Regent positions the Viceroy as an option for coastal commutes, island links, and some military missions.

• Short intercity trips that now take hours by land or ferry.
• Point-to-point island service where runway space is limited.
• Military or government applications that value speed and quiet operation.

For example, the company suggests routes that could cut trip times between nearby metropolitan hubs to an hour or less.

How this fits with other electric mobility trends

Regent’s approach mirrors shifts on land and sea toward electrification. The same drivers — lower operating emissions and quieter vehicles — apply across modes.

• Electric cars reduce local air pollution and maintenance costs.
• Home charging and smart installs make owning electric vehicles easier.
• Coupling EVs and electric vessels with home solar lowers long-term costs.

Services that help homeowners find installers and compare solar quotes aim to speed consumer adoption of electrified transport.

What to watch next

Observers will be tracking upcoming flight trials, regulatory milestones, and how the craft performs in real-world service scenarios. If the Paladin proves reliable, it could open a new route for low-emissions coastal mobility and change how short-range trips are planned.