By – Dr. Kammula Sunil Kumar
Assistant Professor, CSE Department, SRM University – AP ( Amaravati)
For decades, the flying vehicle belonged to science fiction and motor shows, demonstrated in prototypes but never seriously considered as infrastructure. Roads, railways, and metro systems dominated India’s urban transport planning while the sky remained the exclusive domain of commercial aviation. That assumption is now being quietly overturned. India is emerging as one of the world’s most closely watched markets for electric Vertical Take-Off and Landing aircraft, or eVTOLs, commonly called air taxis, and the pace of investment, regulation, and city-level planning already underway suggests they will move from demonstration to daily commute far sooner than most people expect.
An eVTOL is a small, electrically powered aircraft that takes off and lands vertically, without the runway a conventional plane requires, operating from a mini-airport called a vertiport. This distinguishes passenger-carrying air taxis, which must meet strict certification and pilot-licensing standards, from the cargo drones already flying under India’s Drone Rules, 2021. The shift is also uneven: Bengaluru, Mumbai, and Delhi NCR have emerged as the first serious corridors, chosen for their congestion, commuter base, and aviation infrastructure, while smaller cities remain years away. India is effectively developing two parallel transport realities: a small set of metros experimenting with sky-based mobility, and the rest of urban India still dependent on roads expanding more slowly than the vehicles on them.Investment is already following. The Tata group, Mahindra, and IndiGo have entered partnerships or letters of intent with global manufacturers such as Archer Aviation, while homegrown developers like the ePlane Company and Sarla Aviation are building indigenous aircraft, positioning India as a potential manufacturing base and not just a customer market. Worsening congestion and pollution, battery technology borrowed from the broader EV industry, rising urban incomes, and global capital seeking the next frontier of mobility are all driving this momentum.
Every emerging technology, however, brings new challenges. The DGCA has set up working groups covering certification, vertiports, pilot licensing, and air traffic management, while the Ministry of Civil Aviation has circulated a draft national Urban Air Mobility policy; full certification is still being finalised, and commercial routes are not expected before 2027. Integrating low-altitude traffic with existing aviation, securing vertiport land, managing noise, and building an insurance ecosystem will take years. Cost adds further uncertainty: early projections put short trips at roughly seventeen hundred to thirty-five hundred rupees, closer to premium cab fares than mass transit, raising the question of whether air taxis stay a niche premium service in their first decade.
These are no longer only boardroom announcements and policy drafts; they are beginning to show up as real, flying hardware, including outside the metros the sector usually talks about. In July 2026, a ten-member student team at SRM University-AP in Amaravati, working under the university’s Centre for Drone Technology, designed and flew DOXI, a sixteen-motor electric air taxi prototype built on a carbon-fibre frame. Demonstrated live on campus, DOXI carried an 80-kilogram payload at speeds up to 50 kilometres an hour, at a running cost of roughly three and a half rupees per kilometre. It is a student project, not a certified aircraft, but it shows eVTOL engineering capability in India is now reachable inside an undergraduate research lab, not just well-funded startups.An even more striking case emerged just days ago, far from any metro or engineering campus. On 7 August 2026, Ravi Tamta, a young innovator from Uttarakhand’s Almora district, successfully test-flew HAPIDA SKYNeX, a single-seater electric personal flying vehicle built by his own startup, Hapida Sky Private Limited, after years of independent research in the hills. Battery-powered with zero tailpipe emissions, the flight drew congratulations from Uttarakhand’s chief minister and the Union civil aviation minister. What makes the case notable is not just the flight itself, still an early prototype requiring extensive testing and regulatory clearance, but where it happened: Uttarakhand’s rugged, road-scarce Himalayan terrain is exactly the geography where a working personal flying vehicle could matter most, offering faster access for disaster relief, healthcare, and remote villages.
Together, these two cases capture how quickly this shift is broadening, from an urban air-taxi story led by large manufacturers and metro governments into one also being written by university labs and independent village innovators, months or years ahead of any commercial certification. That spread is itself a sign of the momentum the sector has picked up within India, even as the regulatory framework around it is still being written. It could also reshape how India thinks about airspace itself, which above a few hundred feet has historically been the tightly controlled domain of the Air Force and commercial aviation. Low-altitude urban air mobility introduces a new layer of traffic that regulators must integrate without compromising existing safety systems, and how India manages this, together with how states coordinate with central authorities on vertiport land, will shape how quickly the sector scales beyond its first showcase cities.
The debate is not about whether flying vehicles will eventually appear over Indian skies; the technology, capital, and regulatory groundwork already suggest they will. The real question is whether India’s institutions, from airspace management to urban planning to insurance frameworks, are prepared for a transport mode that barely existed a decade ago. Countries further along this path, including the United States and the European Union, are still working through certification and safety standards for their own eVTOL programmes, a reminder of how slowly even well-funded regulators must move when human passengers are involved. A nation cannot simply announce its way into a new mode of transport, but it can prepare the airspace, infrastructure, and rules that will determine whether it succeeds. India’s progress in urban air mobility will depend not on how soon the first air taxi takes off, but on how carefully the systems around it are built.
