Beyond roads: India embraces advanced air mobility technology for next-gen mobility in a $1.5 Trillion market
By Kanika Tekriwal, Founder, JetSetGo
With traffic congestion throttling productivity in major Indian cities and vast regions lacking efficient transportation links, the concept of Advanced Air Mobility (AAM) promises a revolutionary new paradigm for mobility. Leveraging cutting-edge technologies like electric propulsion, vertical take-off capabilities, and innovative aircraft designs, AAM has the potential to unleash a new ecosystem of aeromobility solutions tailored to India’s unique needs.
Notably, Rajiv Bansal, Secretary of the Ministry of Civil Aviation, has boldly declared India’s ambition to be a pioneer in the eVTOL revolution, with a vision of realizing this global dream by 2025. Initiatives like BLADE India’s helicopter services linking Bengaluru’s airport and city in just 15 minutes showcase India’s readiness to embrace such transformative mobility solutions in urban environments. Long story short, we are witnessing the dawn of a transformative era poised to redefine how we move.
The catalyst for change
At its core, AAM is catalyzed by three pivotal forces – electrification and alternative propulsion, vertical lift technologies reducing reliance on airports and runways, and an entrepreneurial breed of companies pioneering novel aircraft concepts like eVTOLs (electric vertical take-off and landing vehicles). This powerful trifecta forms the bedrock for a radical rethinking of urban, regional, and even national transportation networks.
India’s immense opportunity
With over 3,900 potential domestic routes identified between existing airports by industry experts, India’s untapped potential for AAM is staggering. Moreover, studies suggest a remarkable 162 viable eVTOL market opportunities with routes spanning up to 240 kilometers, along with a staggering 2,100 regional routes suited for electric short take-off and landing (eSTOL) aircraft operations. These numbers underscore the vast scope for new mobility solutions to penetrate underserved regions and decentralise transit from congested urban cores.
Market Drivers and Tailwinds
With the first operations expected to begin as early as 2025, the global Urban Air Mobility market is projected to skyrocket at a blistering 30% annual growth rate through 2040, reaching a massive $1.5 trillion valuation, according to Morgan Stanley. In the Indian context, this demand is fueled by ubiquitous urban congestion that costs the economy an estimated ₹1.44 trillion annually, coupled with the pressing need for enhanced regional connectivity and efficient logistics to support the nation’s booming e-commerce sector.
Paving the Way for AAM adoption
Unlocking the potential of Advanced Air Mobility (AAM) requires a strategic approach focused on several key areas alongside the certification and production of new aircraft designs. Firstly, we need to develop the necessary infrastructure for the electric Vertical Take-Off and Landing (eVTOL) aircraft to utilise beyond existing airports and helipads. Called ‘vertiports’ these landing sites and terminals will also need to offer charging stations for the battery-powered eVTOLs. Collaborating with industry experts will ensure that this
network design effectively addresses current transportation challenges while accommodating the unique requirements of AAM.
Secondly, establishing clear regulations specific to eVTOL operations is essential. Certification processes and operational rules must be put in place to ensure the safety and security of AAM operations. Without robust regulatory frameworks, uncertainty and safety concerns could impede the widespread adoption of AAM.
Thirdly, new air space management rules and systems will need to be developed to safely manage extensive flight activity over urban areas, often at low levels and amongst tall buildings. Deconflicting the movements of many small aircraft, possibly with the need to integrate autonomous drone operations in the same airspace, will be a critical challenge.
Fourthly, fostering public acceptance is crucial for the successful integration of AAM into society. Educating the public about the benefits of AAM and dispelling misconceptions will help build trust and support for this new mode of transportation. This includes ensuring that noise intrusion is avoided, something which the new breed of eVTOLs are being specifically designed to address.
Furthermore, widespread industry and government collaboration is vital for driving innovation and accelerating the development of AAM solutions. Engaging with aviation OEMs, startups, and investors will facilitate the efficient development of AAM technologies that meet the diverse needs of users. Lastly, investing in research and development is essential for advancing the safety, efficiency, and scalability of AAM. By allocating resources to R&D efforts, we can ensure that AAM evolves into a safe, reliable, and accessible mode of transportation for the future.
The road ahead
As we stand at the cusp of this mobility revolution, one truth is clear – Advanced Air Mobility holds immense promise for India. Leading Indian operators such as JetSetGo and InterGlobe have already signaled that they will pioneer this new market, with orders respectively for 150 and 200 of the new eVTOL aircraft. From alleviating urban gridlock to catalyzing economic development in remote regions, the impacts of these new services will be profound and far-reaching. With a convergence of technological innovation, infrastructure development, and regulatory foresight, India is uniquely poised to lead this generational transformation in aviation and aeromobility. The future of mobility is taking flight, and India must seize the moment to soar as a global vanguard in the Advanced Air Mobility revolution. The time to act is now.
