Overview
On 7 August 2026, Bengaluru‑based Astrobase Space Technologies revealed EVEREST, India’s first privately built FFSC engine delivering 800 kN thrust using LOX‑Methane. This makes India the fourth nation to master FFSC technology after Russia, the USA and China.
Key Developments
- EVEREST is the first Indian high‑thrust LOX‑Methane engine.
- Engine components were fabricated with India’s largest industrial 3D printer.
- Full‑flow cycle improves turbopump efficiency and allows all propellant to contribute to thrust.
- Planned hot‑fire tests at Anantapur in the next few months.
- First orbital flight targeted for December 2028 after building and testing about 20 engines.
Important Facts
The EVEREST engine is expected to enable reusable launch vehicles capable of delivering up to 30 tonnes to low‑earth orbit, opening a medium‑lift market for both commercial and strategic missions. Astrobase currently can produce 6‑8 engines per year and aims to scale to 60 per year. The project receives financial support under the IN‑SPACe Technology Adoption Fund.
Exam Relevance
The development illustrates India’s push for indigenous high‑technology capabilities, a theme in GS3: Science & Technology. Understanding FFSC cycles helps answer questions on advanced propulsion, reusability, and their impact on launch costs. The role of private players like Astrobase aligns with policy discussions on the liberalisation of the space sector under the National Space Policy. The involvement of IN‑SPACe showcases the government’s strategy to foster public‑private partnerships.
Way Forward
For aspirants, track the progress of EVEREST’s hot‑fire campaign and the scheduled 2028 launch. Monitor how increased engine production capacity may affect India’s launch market share and the broader goal of reusable launch systems. Relate these developments to future policy debates on space‑technology self‑reliance, commercialisation, and strategic autonomy.