Prince Mario-Max Schaumburg-Lippe: India Unveils a Full-Scale Electric Air Taxi

India’s air taxi story now has a full-size aircraft to point at. The ePlane Company, based in Chennai, has unveiled the first full-scale prototype of its e200X electric vertical takeoff and landing aircraft, called P01. In a detailed video shared by the company, founder Professor Satya Chakravarthy walks through the machine he has been building toward since founding the company in 2019 – an electric aircraft designed to make short trips within and between Indian cities faster and far less painful than the road.

His motivation, by his own telling, is simple. He worked in conventional aircraft engine manufacturing, watched cars go electric, and decided airplanes should follow.

A footprint half the size of a basketball court

The e200X is compact by design. Chakravarthy puts its footprint at around half the size of a basketball court, small enough to operate from rooftops, hospital access points and compact landing ports where conventional aircraft cannot go. That size is not a styling choice. In cities like Bangalore, Delhi and Mumbai, where road congestion is a daily fact of life, the whole value of an air taxi depends on landing close to where people actually are.

The aircraft is designed to carry one pilot and two passengers, or up to 200 kilograms of cargo. The company claims a range of around 110 kilometers and a top speed of 160 km/h. It uses a lift-plus-cruise configuration – dedicated rotors for vertical takeoff and landing, plus separate propellers for efficient forward flight – so it needs no runway, but cruises like a small airplane once airborne. The aircraft is expected to weigh around 2.2 tonnes. Battery capacity, charging time and exact motor specifications have not yet been revealed.

Under the skin, the company says it has developed high-energy-density lithium-ion battery systems specifically for aviation, with work focused on preventing overheating and cutting charging time between flights. The propulsion system uses independent power paths and multiple layers of redundancy. Engineers are currently testing flight behaviour, sensors and emergency scenarios in digital simulation before the real aircraft flies.

The road from prototype to passengers

Nobody is selling tickets yet, and the company is not pretending otherwise. The next major step is the start of full-scale flight testing in 2027, after which the aircraft must complete the certification process. The ePlane Company, which operates under Ubifly Technologies and grew out of IIT Madras’s Discovery Campus, received Design Organisation Approval from India’s Directorate General of Civil Aviation in 2023 and is now working toward type certification for the e200X.

There is a track record behind the prototype. Before building the full-scale aircraft, the company tested two smaller demonstrator aircraft that collectively covered around 10,000 kilometers in flight tests. The approach is the classic one – small demonstrators, then a full-scale prototype, then certification flying – and it mirrors how other personal electric aircraft programs are sequencing their approvals, including a two-seat electric aircraft headed for private owners under new light-sport rules in the US.

Why the medical case may come first

The most compelling early use for the e200X may not be commuting at all. The platform is designed as a multi-purpose aircraft for passenger transport, cargo delivery and medical emergencies. In July 2026, the company announced an agreement with Apollo Hospitals to explore these applications. Traffic congestion and limited road connectivity delay patient transfers between hospitals in Indian cities, and an aircraft that can lift off from a hospital access point and cover 110 kilometers changes that equation in a way no ambulance can.

The company pairs that vision with smaller drones for delivering medicines, organs and other medical supplies. It is a layered plan: drones for the small and urgent, the e200X for patients and people. Similar thinking is driving cargo experiments elsewhere, including a remotely piloted cargo flight over New Mexico this month and the multi-city electric flights now being demonstrated in California, where Archer flew Midnight across seven Bay Area cities.

What it means for travelers, cities and investors

For travelers in India’s biggest metros, the honest timeline is this: flight testing in 2027, certification after that, commercial services only once approvals land. Anyone promising a booked e200X seat next year is ahead of the company’s own schedule. But the unveiling of a full-scale prototype matters because it moves the conversation from concept art to an aircraft with stated weight, range, speed and configuration that regulators and partners can evaluate.

For cities, the basketball-court footprint is the number to remember. Infrastructure for this class of aircraft looks like strengthened rooftops and hospital pads, not new airports. For investors, the signals are institutional: an IIT Madras origin, a 2023 design approval, 10,000 kilometers of demonstrator flying, and a hospital group exploring real missions.

India builds aircraft slowly and carefully, like everyone else. But this week the country put a full-size electric air taxi in front of the cameras – and gave its crowded cities a concrete picture of what flying over the traffic could actually look like.

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