GE Aerospace’s 3-Pillar Strategy for India’s Aerospace Ecosystem
HYDERABAD. As India’s aviation ecosystem expands at unprecedented speed, GE Aerospace sees a generational opportunity unfolding. Speaking at the Wings India Global CEO Forum and later on the sidelines, Vikram Rai, CEO of GE Aerospace India, outlined a three-pillar strategy that he believes will be critical to building a stronger, globally competitive aerospace ecosystem in the country: infrastructure expansion, deepened private sector participation in manufacturing, and sustained investment in research and development.
Rai placed India’s current trajectory in historical perspective, citing how India had only 75 airports and over 95 percent of connectivity was metro-centric and now to over 160 airports. On average, one airport is being added every 50 to 60 days. This rapid build-out of aviation infrastructure, he said, forms the foundation upon which broader ecosystem development must rest.
Rai stressed that greater private sector participation in aerospace component development and advanced manufacturing will be essential. GE Aerospace has already embedded itself within that strategy. Its multimodal manufacturing facility in Pune, operational since 2014, produces engine parts and aerospace components. The company also partners with the Tata Group on engine components and maintains a major research and development centre in Bengaluru focused on both current-generation and next-generation technologies.
“These three pillars, infrastructure, research and development, and a strong aerospace supply chain, will help India realise its Aatmanirbhar Bharat vision in aerospace,” Rai said.
Rai said India’s middle class now stands at roughly 400 million people, larger than the entire population of the United States. Yet India operates only about 700 commercial aircraft today, compared with the US fleet of roughly 6,000–6,500 aircraft. With approximately 1,300 additional aircraft on order by Indian airlines, the runway for expansion remains long. Equally significant is penetration. Less than five percent of Indians have ever flown, Rai noted, underscoring the latent demand embedded within a fast-growing consumer base.
Economic growth provides the third catalyst. As one of the fastest-growing major economies globally, India benefits from the well-established correlation between GDP growth and passenger traffic. Rising disposable incomes, expanding interstate commerce and a surge in discretionary travel are reshaping travel patterns. Indians reportedly spent around $10 billion on outbound travel in the past year alone, a reflection of both aspiration and purchasing power.
A growing middle class, sustained economic expansion and low air travel penetration together create a multiplier effect that is driving record aircraft orders and long-term fleet expansion.
Reliability as the Backbone of Growth
As fleet sizes grow, Rai emphasised that reliability and durability of aircraft engines will be central to sustaining momentum. For passengers, he said, the fundamental expectation is straightforward: to reach their destination safely and on time. Operational reliability underpins airline on-time performance (OTP), a critical competitive metric in a price-sensitive market. Aircraft engines must be so reliable that the operational integrity of the fleet is maintained.
GE Aerospace, through GE and its CFM joint venture, powers a significant share of India’s narrowbody fleet. With 600–700 aircraft deliveries in the pipeline powered by GE or its joint ventures, Rai positioned the company as a backbone of India’s expanding commercial aviation network. He referenced the company’s guiding principles, safety, quality, delivery and cost (SQDC), as central to supporting airlines in meeting passenger expectations.
Strengthening the India Footprint
GE’s India strategy, Rai explained, is both historical and forward-looking. The company was among the first to establish an engine maintenance, repair and overhaul (MRO) capability in India through a technical partnership with Air India in 2013–14, with the facility located in Nagpur.
Today, its presence spans manufacturing, R&D and supplier ecosystem development. The Pune multimodal facility produces engine components, while the Bengaluru technology centre employs nearly 1,000 engineers working on advanced aerospace technologies. GE also works with around 13 Indian suppliers, with sourcing volumes steadily increasing.
Looking ahead, the company continues to evaluate the potential for additional MRO capacity in India. However, Rai underscored that MRO economics depend heavily on engine shop visit cycles and fleet volumes. Engines typically enter overhaul every three to four years, making careful volume assessment critical before committing to new facilities.
