Seaflight Technologies and the Future of Air Cargo
- Seaflight’s aerodynamic flow control enhances the range and efficiency of electric air cargo drones, enabling sustainable, same-day regional deliveries.
- Founded in 2022, Seaflight secured funding from the National Science Foundation, completed prototype tests, and partnered with Airhart Aeronautics and the United States Air Force.
- Classified as maritime vessels, Seaflight’s drones bypass FAA regulations, reducing costs and boosting eco-friendly, rapid deliveries.
The aviation industry stands on the cusp of a new era, where electrified flight promises to revolutionize how we transport goods and people.
Traditional air cargo, reliant on fossil fuels and extensive logistics networks, faces the challenge of reducing carbon footprints while meeting growing demand.
In a world where speed and sustainability often clash, Seaflight Technologies develops electric air cargo drones for same-day regional deliveries.
Seaflight Technologies and the Future of Air Cargo
Seaflight Technologies’ journey began in the garages of its current and former founders, Dr. Graham Doig and William Sutton, where the prototypes were born in February 2022.
By June of that year, Seaflight was officially founded and quickly made waves at Y Combinator’s Demo Day.
Its mission is to dramatically enhance the range and payload for electrified flight, opening new markets for same-day regional air cargo without sacrificing sustainability.
Seaflight’s aerodynamic flow control technology enables drones to fly with their wings barely touching the ocean, using the “ground effect” to increase lift and minimize resistance.
This method enables enhancements in distance and effectiveness without requiring large, intricate propulsion systems. The original article describes it as doubling the efficiency of their batteries.
Seaflight’s Prototype Tests and Partnerships
In April 2023, Seaflight was granted funds by the National Science Foundation to enhance its aerodynamic technology.
In December, the company finished a year-long prototype program, carrying out ultra-low-altitude flights over the open sea in Australia.
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Seaflight collaborated with Airhart Aeronautics Inc. in April 2024 to incorporate flight controls into its prototypes. The partnership supported commercial activities and possible future Department of Defense ventures.
In June 2024, Seaflight revealed its partnership with the United States Air Force for an SBIR agreement. The collaboration sought to utilize Seaflight’s technology on military assets and address logistics issues in distant and challenging places.
How Seaflight’s Wingships Operate
Seaflight’s wingships are classified as maritime vessels, allowing the drones to bypass stringent FAA regulations, reducing costs and accelerating deployment.
Operating just above the water, they offer aerodynamic efficiency and enable faster, greener deliveries over vast distances.
Dr. Graham C. Doig, Seaflight’s founder and CEO, has focused on figuring out the most effective aerodynamic technologies to accelerate an electrified future for aviation.
Seaflight’s aerodynamic flow control technology enhances range and payload, essential for transporting cargo using today’s batteries.
Working with the Air Force is a logical next step, and the company is excited to help address the “tyranny of distance” in remote regions.
The Future of Electric Air Cargo
Seaflight Technologies is developing electric air cargo drones using aerodynamic flow control and wingship design.
Its method supports a more eco-friendly and effective future for air freight and demonstrates the possibilities of aerodynamic creativity.
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