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On May 9, 2026, Ravi Tamta’s 13-year self-directed engineering project has become a surprising example of what can happen when curiosity outruns formal education. Tamta, a Bachelor of Arts graduate from Almora district in Uttarakhand, never studied engineering in college. Yet he designed and built HAPIDA SKYNeX, a single-seat electric flying car prototype, and completed a test flight in August. That flight was a personal milestone. It is not proof that the vehicle is ready to carry people.
Tamta’s motivation goes back to life in the hills. He grew up in Kaflikhan, near Jageshwar Dham, where distances look short on a map but feel long on winding mountain roads. Getting a sick person to a hospital can mean a slow, uncomfortable journey. That problem stayed with him. In 2015, he began thinking about a personal vehicle that could travel through the sky instead of along the roads. That idea eventually grew into his venture, Hapida Sky Private Limited, and into the aircraft now called HAPIDA SKYNeX.
Tamta’s educational background is not the usual path to aviation. He attended junior high school in his village and later graduated with a Bachelor of Arts degree from the Nainital campus. His father, Harish Ram, is a mechanic, so Tamta grew up around tools and machines. But he did not have access to a university laboratory, an aeronautics textbook or a mentor with a degree in flight technology.
Instead, he learned over 13 years the way many self-taught builders learn: by searching the internet, absorbing technical discussions, watching demonstrations and then running his own experiments. Some attempts probably failed. Those failures were also lessons. His workshop became a place where ideas were tested, broken apart and improved.
That kind of self-directed learning deserves respect. It shows that a person does not need a classroom to begin exploring big ideas. But it also carries a risk. A flying vehicle is not like a phone charger or a walking stick. When a machine carries a human being, every guess has to be replaced by evidence.
HAPIDA SKYNeX is best described as an oversized drone with space for a person. It is not a car that can also fly on roads. It is designed to take off and land vertically, without a runway, using multiple electric motors and propellers. The prototype has a lightweight frame, an enclosed cockpit and a transparent canopy. It runs on batteries, meaning it does not need aviation fuel or ethanol.
The technology is not exotic in concept. Multirotor drones have become common tools for photography, delivery and mapping. Tamta scaled that idea up to carry a person. That is a major step, because human flight is measured by different standards. A small drone can fall out of the sky without hurting anyone. A flying vehicle carrying a passenger has to survive failure. That is why the August test flight is only one small step in a much longer process.
A test flight can show that a vehicle is able to lift off the ground. It does not automatically show that the vehicle is stable in all conditions, that it can handle wind, that the batteries are safe, or that it can land safely if a motor or propeller stops working. So far, the public record does not include detailed flight data such as altitude, duration, speed or battery performance. Those details may exist, but they have not been published. Without them, independent observers cannot judge how close the prototype is to a useful aircraft.
In India, any aircraft used for public or commercial operations must go through the Directorate General of Civil Aviation, or DGCA. That process is much stricter than building a working prototype. It involves type certification, which means proving the design is safe through exhaustive documents, ground tests and flight tests. It also involves operational approvals, maintenance procedures and airspace permissions.
Tamta has said the flying vehicle could help in remote areas and medical emergencies. That is an exciting vision. But HAPIDA SKYNeX cannot simply be parked near a rural clinic and flown to a hospital. It needs more testing, technical validation and regulatory approval. None of that diminishes what Tamta has built. It simply reflects the reality that aviation is one of the safest forms of transport because it is also one of the most carefully regulated.
The same reality applies to some of the biggest companies in the world. In the United States, the FAA has spent years developing certification rules for electric vertical take-off and landing aircraft. Well-funded companies have logged many flight hours and still needed enormous time and money to move through the certification process. A passionate inventor working in a small workshop faces an even longer road.
HAPIDA SKYNeX is not Tamta’s first invention. His earlier projects reportedly include shoes that can charge mobile phones, a smart walking stick for visually impaired people, a bamboo-splitting machine and firefighting equipment. He has also developed a stick mobile charger and a fire extinguisher for the Forest Department.
Those projects show the same pattern. Tamta sees a practical problem and tries to build a practical solution. Some of his ideas are simple; others are bold. The flying car is the boldest version of that instinct. It is also the riskiest, because aviation failure can be fatal. A charging shoe that does not work properly is a frustration. A flying vehicle that fails is a life-threatening event.
That is not a reason to dismiss Tamta’s work. It is a reason to test his work with the same seriousness applied to any aircraft project. The next phase of HAPIDA SKYNeX will need engineers, data analysts, battery specialists and regulators. That does not make Tamta less important; it makes the machine safer.
For students, Tamta’s story is a reminder that learning is not limited to a syllabus. A degree can provide useful foundations, but self-directed study can open doors that formal coursework never touches. The internet has made that possible for millions of people. Tamta used it for over a decade, and he now has a flying prototype to show for it.
But his story also teaches a quieter lesson. Building something that moves is not the same as building something that is ready for real use. The gap between “it flew once” and “it can safely carry passengers” is enormous. That gap is filled by testing, engineering discipline and regulation.
Tamta has spent 13 years learning how to build a machine that can fly. The next stage will test whether he can also build a machine that meets the standards of a world that does not forgive design mistakes at 1,000 feet. That is not a criticism. It is the final hill he has to climb.
