Arc Boat Company recently secured a major technological breakthrough with the issuance of U.S. Patent No. 12735155. This patent, titled ‘Systems and methods for steering a watercraft’, introduces a powerful way to optimize vessel maneuverability. Invented by Robert Binkowski, Hsin Yu Wei, and Andrew Phillips, captains can now steer watercraft with the same precision previously reserved for advanced aerospace systems.
Advanced Navigation for Marine Vessels
The innovation focuses on a new systematic design for watercraft steering systems. This system uses integrated sensors to provide estimated speed and directional data. A specialized control unit within the hull receives outputs from a GPS and an inertial measurement unit. This unit is dynamically responsive at specific yaw rates. A precision adjustment mechanism ensures the rudder stays at the correct position. This setup allows for incredible accuracy during marine navigation.
Award Winning Innovation and October 2026 Recognition
Traditional methods often struggle to maintain stability in unpredictable marine environments. However, this updated system creates consistent steering profiles for nearly every water condition. This technology eliminates common navigational blind spots in marine operation. It helps operators control complex vessel dynamics without relying on outdated mechanical linkages. The system remains robust and efficient for modern electric boating applications. Because of its significant contribution to maritime safety and automated navigation precision, this invention won the patent of the month for the maritime-boating industry for the month of October 2026.
Eligibility for U.S. R&D Tax Credits
The practical applications of this patent present strong opportunities for companies to claim the Research and Development tax credit in the USA. When marine manufacturers invest resources into integrating this sensor based steering system within their own vessel designs, they are engaging in qualifying research activities. Specifically, designing new control algorithms, developing software to process GPS and inertial measurement unit data, and conducting on water trials to optimize rudder adjustments directly align with the requirements set by the IRS. Businesses that incur costs related to engineering labor, prototype development, and technical testing to improve their steering mechanisms can offset their tax liabilities, rewarding continuous improvement in the maritime sector.
