Chennai-based space start-up Agnikul Cosmos has successfully tested its 3D-printed booster engine, 'Agnite', marking a ...

Students at ETH Zurich have developed a multi-metal 3D printing process that can produce rocket engine components in days ...

Chennai's Agnikul Cosmos has tested 'Agnite', a 3D-printed booster engine. This innovation simplifies production, shortens mission prep time, and validates large-scale 3D printing for rocket ...

Agnikul Cosmos successfully test fires Agnite, the world’s first fully 3D printed booster engine, enhancing launch precision ...

Many firsts: The Agnikul mission was packed with multiple firsts that have significant implications both for India and the world. It marked the country's inaugural rocket launch from a privately owned ...

With this process, production timelines have been cut by as much as 90-97% while improving repeatability and reducing failure ...

After two years of preparation and four delays over the past several months due to technical glitches, Indian space startup Agnikul has successfully launched its first suborbital test vehicle, powered ...

Chennai-based space tech startup Agnikul Cosmos has completed the booster-engine test of its 3D-printed Agnite engine at its ...

Agnikul Cosmos has tested a single-piece 3D-printed booster engine, reducing manufacturing time to seven days and enabling ...

Researchers have developed a 3D-printing process for critical rocket components. This process is able to use multiple metals ...

Indian space firm Agnikul launched its first sub-orbital test spacecraft powered by its unique 3D-printed rocket engines on Thursday. The event comes after two years of preparation and multiple ...