Why India's Spacetech Outpaces Other Deeptech
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- India's spacetech sector has outpaced other deeptech verticals in commercialising validated technology, according to the Zinnov-Nasscom Startup Report 2025, which finds many other deeptech startups stalling between seed and Series A in prolonged pilot programmes.
- IN-SPACe, established in 2020, enabled private spacetech firms to build products for international markets from the outset — Agnikul COO Moin SPM says early customers in Europe and the US forced the company to meet international reliability and commercial standards immediately.
- Red Balloon Aerospace CEO CVS Kiran attributes Indian spacetech's edge to ISRO's six-decade buildout of qualified vendors across machining, composites, avionics, and environmental testing — an inheritance the semiconductor industry notably lacks.
- Agnikul Cosmos, Skyroot, and peers benefited from defence and disaster-response agencies acting as anchor customers, providing real orders rather than projections — a model AGNIT Semiconductors' Hareesh Chandrasekar says should be replicated for chips with long-term government contracts.
- Agnikul's Agnilet engine operates at roughly 10 bar chamber pressure, while many current-generation high-performance liquid rocket engines globally run between 60 and over 100 bar — a gap researcher Venkat Athmanathan cites as the sector's next scaling challenge.
- SatLeo Labs CTO Ranendu Ghosh, a 26-year ISRO veteran, predicts dependence on ISRO will reduce as startups mature but that ISRO will retain a mentor role across rocket technology and adjacent areas.
Why it matters: The performance gap Athmanathan flags — Agnilet at ~10 bar versus 60–100+ bar for advanced global engines — means Indian launch firms still depend on international commercial customers alone, since most nations reserve defence and national-security launches for domestic providers, leaving a structural ceiling on revenue that semiconductors adopting the same anchor-customer playbook would not face.
