With Skyroot rocket launch, Indian space industry crosses a milestone

📌 Summary:

• Context: Skyroot Aerospace's Vikram-1 rocket launched successfully, a defining moment marking India's transition from a state-led (ISRO) programme to one where private enterprise drives innovation
• Core argument: Opening space to private players is paying off and is the way forward, but the ecosystem is unforgiving and Indian firms must build on distinct strengths
• Key data: The reform opened the sector in 2020, institutionalised via the Indian Space Policy, 2023; India now has ~400 space start-ups across the value chain; the sector is valued at roughly Rs 70,000 crore and is expected to grow four- to five-fold over the coming decade
• Mechanism: Vikram-1 targeted Low Earth Orbit (LEO, 160–2,000 km), where a fast-growing market of small satellites for Earth observation, weather and telecom is emerging; large geostationary satellites operate near 37,000 km; shifting commercial launches to private players frees ISRO to focus on deep-space missions like Chandrayaan and Gaganyaan
• ISRO's role: India's space agency provided most of the infrastructure used to design Vikram-1 — its handholding cannot be discounted
• India's specific strategy/vulnerability: India's PPP model will differ from the US (where SpaceX designs independently and sells to NASA) for at least a decade; Indian firms can compete via low-cost manufacturing; the sector's harshness is shown by the collapse of US firms Vector Launch and Virgin Orbit
• International/comparative angle: Until Skyroot, only private companies in the US and China had independently developed and launched rockets to orbit — India now joins this exclusive league

🎯 UPSC Relevance: GS3 Science & Technology — space sector reforms, private participation, indigenous launch capability and the space economy.

📝 Prelims Facts:

• Space sector opened to private players in 2020; Indian Space Policy released in 2023
• ~400 space start-ups; sector valued around Rs 70,000 crore
• Low Earth Orbit (LEO): 160–2,000 km altitude; geostationary orbit near 37,000 km

🔑 Key Term: Low Earth Orbit (LEO) — the region 160–2,000 km above Earth, favoured for small-satellite constellations serving Earth observation, weather and telecommunications.