The 2026 eVTOL Redesign
The 2026 eVTOL redesign represents a decade of aeroG Aviation's work distilled into a single, coherent vision: four ducted fans in annular rings, a sleek rounded fuselage, and a V tail, an aircraft conceived from first principles for quiet, clean, personal flight.
Lightweight by Design
In electric flight, weight is destiny. Every gram saved is range gained and noise lost, so lightness is our discipline: advanced materials, thoughtful optimization, nothing carried that does not earn its place.
Integrated Battery Design
Batteries are the heart of the aircraft, so we treat them as structure, not cargo. Our design weaves energy storage into the airframe itself, pursuing the balance of energy density, safety, and strength that practical electric flight demands.
OPTIMIZED DUCTED FAN EFFICIENCY
The signature of the redesign: four ducted fans in annular rings. Shrouded rotors promise lift that is quieter, more efficient, and safer around people and rooftops. Our work is turning that promise into numbers a certifier can trust.
Engineering Focus
This is the unglamorous heart of the mission: structures, systems, propulsion, and safety, documented with the precision that regulators demand. We are not building an aircraft yet. We are building the knowledge that will make one possible. The blueprint above is a concept rendering, a window into the rigorous imagination driving this work.
PATIENT ENGINEERING
Great aircraft are not rushed. They are earned, one specification at a time.
QUIET BY DESIGN
The future flies quietly, or it does not fly at all. We design for the neighborhoods below.
HONEST PROGRESS
No certified aircraft. No shortcuts. Just the work, shown openly.
FROM WEAVE TO WINGS
Every airframe begins as fiber. Our panel production concept lays carbon tow with robotic precision, transforming raw thread into aerospace grade structure one pass at a time.
From individual tow to finished panel, each layer is placed with millimeter accuracy and checked as it goes. Automated layup means repeatability: the fiftieth panel matches the first, and every one carries its share of the load.
THE MULTISTAGE FUSELAGE
Strength is built in stages. Our multistage assembly concept comes together on a precision bonding jig, where ribs are aligned and panels joined in controlled stages instead of all at once.
Each stage is inspected and verified before the next begins, so every load path is proven while it is still visible. Nothing is locked inside the structure until it has earned its place.
The result is an airframe that is lighter where it can be and stronger where it must be. Multistage assembly turns manufacturing discipline into flight performance.
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RESEARCH COMPLETE
Research is what turns a concept into an aircraft. Our structural validation program is designed to prove the airframe before it ever carries a pilot: static load testing applies flight forces and beyond, while a network of strain gauges records how every spar, rib, and skin panel responds.
Vertical strain mapping reveals where the structure works hardest. Predicted results are checked against measured data across the full load range, so the engineering model earns trust before it guides a single design decision. Test, measure, refine, repeat: that is how a decade of work becomes a certifiable aircraft.
