The patent for the Sea multicopter was successfully filed by Doty Scientific, Inc., a company recognized for its extensive work in scientific instrumentation and engineering.
This groundbreaking invention represents a massive step forward in marine engineering, specifically targeting climate alteration to protect coastal regions from extreme weather events.
Why the Sea Multicopter is So Innovative
The sea multicopter is highly innovative because it radically repurposes nuclear powered ships, such as aircraft carriers or large cargo ships, to perform massive scale weather alteration. Rather than traditional propulsion, the ship is outfitted with huge downward directed subsurface mixer propellers with blades ranging from 10 to 60 meters in length. Powered by the ship’s steam turbines, these massive blades push warm surface waters deep into the ocean at a volume rate several times the flow of Niagara Falls. This downward plume forces cold, nutrient rich deep water to the surface. By lowering the sea surface temperature below the critical 26.5 degrees Celsius threshold needed for cyclone genesis, this technology effectively starves hurricanes of their thermal energy before they can form. Furthermore, the induced upwelling of nutrients creates highly productive fishing areas, making it an extraordinary dual purpose solution for both climate change mitigation and commercial aquaculture.
August 2026 Patent of the Month in South-Carolina
This technology won the patent of the month for the South-Carolina state for the month of August 2026 due to its immense potential global impact and regional roots. Developed by Doty Scientific, Inc., which is proudly based in Columbia, South-Carolina, the sea multicopter offers a realistic, computationally validated method to tame hurricanes. By directly addressing a climate crisis that causes hundreds of billions of dollars in property damage and tragic loss of life annually, this invention brings immense pride and recognition to the local engineering sector of South-Carolina.
Eligibility for the R&D Tax Credit in the USA
The practical applications of this patent provide excellent eligibility for the Research and Development tax credit in the USA. Developing the sea multicopter involves significant technical uncertainty in marine engineering, fluid dynamics, and thermodynamics. Qualifying activities would include conducting computational fluid dynamics simulations, designing and testing the massive 10 to 60 meter propeller blades, and engineering the integration of 25 to 150 MW steam turbine gearings into repurposed maritime vessels. Because these iterative testing and design processes rely on the hard physical sciences to eliminate technical uncertainties, the engineering investments required to transition this climate altering concept into functional prototypes firmly meet the four part test of the IRS. Consequently, developers and marine engineers working on these specific applications can claim substantial R&D tax credits to help offset the massive costs of maritime innovation.
