IIT Madras-incubated startup Agnikul launches the world’s first rocket with a 3D-printed engine

Aiming to enable launches from anywhere, anytime, affordably, the IIT Madras incubated startup has launched the world’s first rocket with a single-piece 3D-printed engine from Sriharikota. This feat has been achieved entirely through indigenous design and development. The ‘Agnibaan—SOrTeD’ Sub-Orbital Technology Demonstrator also has the unique distinction of having been launched from India's first private launch pad, ‘Dhanush,’ established by Agnikul. It is also India's first semi-cryogenic engine-powered rocket launch.

 

The key purpose of this mission, which is also Agnikul’s first flight, is to serve as a test flight, demonstrate the in-house and home-grown technologies, gather crucial flight data, and ensure the optimal functioning of systems for Agnikul's orbital launch vehicle, the ‘Agnibaan’. The launch was witnessed by various luminaries, including dignitaries S Somanath, chairman, Indian Space Research Organisation (ISRO); Pawan Goenka, chairman, IN-SPACe; Shri Rajeev Jyoti, director (Technical), IN-SPACe; and A Raj Rajan, director, SHAR. Agnikul’s core team members were also present.

 

Congratulating Agnikul on the launch, S Somanath, chairman of ISRO, said, “The success involving many firsts, including a 3D-printed semi-cryogenic engine, flight control systems, etc., demonstrate the prowess of indigenous design and innovation. It motivates ISRO to support Space startups and non-governmental entities for innovation and Atmanirbharata to create a vibrant space ecosystem in the country.”

The Agnikul team consists of over 200 engineers and is associated with NCCRD at IIT Madras. Additionally, the team is guided by 45 former scientists from ISRO who bring invaluable expertise to democratising access to space.

For Agnikul, the journey looks bright. The startup is looking at flying an orbital mission towards the end of the financial year of 2025 and is working with customers on flights starting regularly from CY 2025