Vermont Patent of Month Aircraft charger communication

Patent Number: 12697893
Title: System and methods for electric aircraft charger communication

Advancements in Electric Aviation Infrastructure

The invention introduced by BETA AIR, LLC represents a significant step forward in electric aviation infrastructure. Prior to this development, electric aircraft charger communications were often isolated and unoptimized, lacking a standardized method to share critical specifications and charging data with corresponding aircraft. This patent outlines an innovative system utilizing embedded sensors and networking components to capture and transmit real-time charger metrics. By configuring processors to communicate charger status and other vital data points across an avionic mesh network, the technology enables seamless coordination between electric chargers, electric vertical takeoff and landing (eVTOL) aircraft, and remote stakeholders. This integrated approach solves a major bottleneck in electric aviation by streamlining the charging process and optimizing power management.

Vermont Patent of the Month for September 2026

This technological breakthrough earned the Patent of the Month for the Vermont state for the month of September 2026, an honor granted by Swanson Reed. The award recognizes BETA AIR, LLC for its ongoing contribution to the aerospace industry and its dedication to building a sustainable electric transportation ecosystem within Vermont. Swanson Reed selected this patent because it successfully addresses the practical challenges of scaling electric aviation, demonstrating rigorous engineering and a clear impact on the future of clean aerospace logistics.

Eligibility for the U.S. Research and Development Tax Credit

The practical applications resulting from this patent provide excellent examples of activities eligible for the Research and Development (R&D) Tax Credit in the USA. Designing a system that reliably transmits charger metrics across complex aviation networks involves overcoming substantial technological uncertainties. The process requires systematic trial and error to integrate sensors, develop stable firmware, and ensure hardware can withstand the environmental demands of flightline operations. Furthermore, the development of secure data transmission protocols between hardware stations and aircraft systems relies on iterative testing and software engineering. Companies that invest resources in designing, prototyping, and testing these types of advanced aerospace communication systems can leverage the R&D tax credit to offset the high costs of their technological experimentation.