Propeller-less Propulsion: Technical Overview
This technology operates by accelerating a plurality of small-scale reaction engines, such as electrical brushless DC motor impellers or ducted fans (small-scale electric jet engines), along a straight path of a looped track. Once they reach the end of their acceleration path, these reaction engines, having now gained a substantial amount of kinetic energy, enter the curved section of the looped track. As a result, they exert force on the looped track due to centrifugal force. These small-scale reaction jet engines are then deactivated to pass through the rest of the loop track at a slower pace until they reach the acceleration phase again, where sensors reactivate them — and the cycle repeats. By harmonizing and synchronizing these operations, we achieve a propulsion system that redefines the conventional boundaries of thrust and lift generation.
Redefining Drone Propulsion – The Flying Vehicle Concept
The goal of our collaboration is the development of advanced drone and propulsion technologies. At the core stands a novel, energy-efficient thrust system that extends drone flight time and reduces their physical footprint for use in urban environments. Together with my co-developer Mr. Vafaey, we have created a propulsion technology that generates thrust in a completely new way — deviating from conventional solutions such as propellers or jet engines — while remaining fully consistent with established physical laws, particularly Newton’s Third Law of Motion.
Why This Innovation Matters
In recent years, billions have been invested in propeller-based drone technologies. Yet, urban applications often fail due to space constraints, noise, safety concerns (exposed rotors), and limited flight time. Our propulsion system directly addresses these challenges: compact, energy-efficient, and fully enclosed — ideal for urban environments where traditional systems reach their limits. Example: A rescue drone capable of landing in a narrow city alley, picking up a patient, and flying directly to a hospital. Such a mission is practically impossible with conventional, wide rotor setups — but with our compact multi-impeller thrust system operating in a novel fashion, it becomes feasible.
Join Our Mission – Partnership & Collaboration
We invite partners, investors, and visionaries to join us on this path — with courage, imagination, and responsibility. The future belongs to those who build it. And we are ready. We envision a quieter, cleaner sky, where flight is a right for all people, not a privilege for a few. By making flight safer, more sustainable, and accessible, we fulfill our scientific and human-centered mission. Interested in collaboration, investment, or research partnership? Let's talk. Contact me
