Green Aero, a startup based in New Delhi, has raised US$1.6 million in seed funding led by pi Ventures, with participation from Antler.

The funding will support research and development, team expansion, and the establishment of an in-house testing facility as the company works toward commercial pilots for its aero engines.

Founded in late 2023 and incubated at IIT Delhi, Green Aero focuses on developing propulsion technologies for defense and hydrogen-powered civilian aircraft.

The company recently test-fired India’s first hydrogen-powered aero engine core, known as “The Blue Dragon.”

🔗 Source: Green Aero

🧠 Food for thought

1️⃣ India’s aerospace self-reliance journey faces a critical inflection point

India has historically depended on imported aerospace technology, with the domestic aerospace component manufacturing sector valued at just $250 million despite the country’s growing aviation market 1.

The push toward self-reliance is gaining momentum through increasing private sector participation, with companies like Tata, Mahindra, L&T, and Godrej entering aerospace manufacturing to reduce dependence on foreign suppliers 1.

Green Aero’s development of indigenous turbine technology addresses a strategic gap in India’s aerospace capabilities, as engine technology has been a persistent area of foreign dependence for both defense and civilian applications.

Boeing’s decade-long research presence in India shows the country’s growing importance in global aerospace, with the company sourcing approximately $1 billion annually from over 160 Indian suppliers 2.

India’s projected rise to become the third-largest commercial aviation market by 2025, with passenger traffic expected to reach 278 million annually, creates substantial domestic demand for next-generation propulsion systems 3.

The government’s strategic focus on building domestic aerospace capabilities is evident in policies like offset requirements, such as the Rafale fighter jet deal that mandated 50% of the contract value be invested in Indian aerospace research and components 3.

2️⃣ Hydrogen aviation faces significant timeline and infrastructure hurdles

Major aerospace players have set ambitious but extended timelines for hydrogen-powered commercial aircraft, with H2Fly targeting 2030 and Airbus aiming for the “second half of the 2030s” for their hydrogen aircraft to enter service 45.

The infrastructure requirements for hydrogen aviation are substantial, with the International Energy Agency predicting aviation hydrogen demand could reach 1,600 TWh by 2050 and requiring an estimated $1.2 trillion in hydrogen infrastructure investment by 2030 6.