The aviation and aerospace industry is experiencing a massive shift in aircraft architecture, largely driven by the newly patented Blended wing body tanker and method of use. Invented by Thomas James O’Leary and Mark Allan Page, this revolutionary concept was filed by JetZero, Inc., a company dedicated to building the highly efficient jetliners of the future. By moving away from the conventional tube and wing design, this structural marvel merges the aircraft fuselage and wings into one continuous lifting surface, unlocking unprecedented aerodynamic advantages.
This design allows the entire wingspan to generate lift while dramatically reducing aerodynamic drag, translating into immense fuel savings and a larger internal payload capacity. For a tanker aircraft tasked with mid air refueling, these improvements mean it can carry a larger fuel store, loiter in the sky for extended periods, and drastically extend the global reach of the fleets it supports. Through its groundbreaking approach to fuel storage and offloading systems, the patent secured by JetZero, Inc. showcases a true leap in modern aviation capabilities.
Why the Invention is Highly Innovative
The core innovation behind this blended wing body tanker lies in its unified aerodynamic structure, which provides vast internal volumes for fuel storage without the massive drag penalty associated with heavy transport planes. By utilizing the entire airframe to generate lift, this aircraft drastically lowers jet fuel consumption and increases overall range. Furthermore, the patent details an advanced fuel offloading system optimized for mid flight refueling, allowing it to safely and efficiently service other aircraft in the air. This combination of superior fuel efficiency and increased payload capacity represents a monumental leap forward in aerospace engineering.
Patent of the Month for August 2026
Because of these extraordinary technological leaps, JetZero’s invention has been awarded the prestigious Patent of the Month for the aviation, aerospace, and space industry for August 2026. The sector is under immense pressure to achieve net zero emission targets while simultaneously enhancing global reach for national security and commercial transport. This patent perfectly aligns with these modern imperatives. It offers a highly efficient path forward that addresses the critical need for advanced military tankers and paves the way for next generation aircraft that will consume a fraction of the fuel used by today’s fleets.
Eligibility for the US R&D Tax Credit
The practical applications of this patent present significant opportunities for aerospace manufacturers to claim the Research and Development Tax Credit in the USA. Developing a blended wing body aircraft introduces numerous technological uncertainties regarding structural integrity, composite material stress limits, and aerodynamic stability at various altitudes. Engineers must engage in a rigorous process of experimentation, which includes computational fluid dynamics modeling, wind tunnel testing of subscale prototypes, and the design of novel fuel transfer mechanisms. Because these activities rely on hard sciences to create a fundamentally new and improved aerospace product, the engineering, testing, and development expenses associated with bringing this blended wing tanker to life strongly align with the eligibility criteria for the federal R&D tax credit.
