Skyroot Aerospace Became India First Space-Tech Unicorn

Skyroot Aerospace Became India First Space-Tech Unicorn

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Recently, Skyroot Aerospace became India’s first space-tech unicorn after raising nearly $60 million at a $1.1 billion valuation, strengthening India’s private-space ambitions globally.

Highlights of Skyroot Aerospace’s Unicorn Milestone

• Valuation: On May 7, 2026, Skyroot Aerospace made history as India’s first space-tech unicorn, achieving a $1.1 billion valuation. 
  • Founded in 2018 by former ISRO scientists Pawan Kumar Chandana and Naga Bharath Daka, the firm has now raised a cumulative $160 million. 
• Unicorn Status: The Hyderabad-based startup reached its unicorn milestone following a $60 million (₹570 crore) funding round. 
  • This valuation more than doubled from approximately $519 million in 2023. 
• Funding Growth: Skyroot’s total funding has crossed nearly $160 million since inception. Earlier major rounds included $50.5 million led by GIC in 2022 and $27.5 million led by Temasek in 2023.
• Lead Investors: The latest round was co-led by Sherpalo Ventures, founded by Google’s early backer Ram Shriram, and GIC, Singapore’s sovereign wealth fund. 
  • Shriram has also joined the company’s Board of Directors. 
• Major Members: Global institutional heavyweight BlackRock participated alongside Arkam Ventures and the founders of Greenko Group (Anil Chalamalasetty and Mahesh Kolli). 
  • The 2026 round introduced Playbook Partners and the Shanghvi Family Office as new equity backers. 
  • Previous funding rounds featured Solar Industries India, Mukesh Bansal (Myntra founder), and Neeraj Arora (former WhatsApp CBO), instrumental during the $11 million Series A in 2021. 
• Policy Impact: Skyroot’s growth was accelerated by the 2020 liberalisation of the Indian space sector. 
  • Collaboration with IN-SPACe has granted the startup access to essential ISRO infrastructure and testing labs.

Significance of This Milestone 

• Global Presence: This achievement positions India as a credible hub for on-demand satellite launches. 
  • By reaching a billion-dollar valuation, Skyroot signals that private Indian entities can now compete with global giants like SpaceX, specifically targeting the small satellite market segment.
• Policy Success: The milestone is a direct outcome of the 2023 Space Policy and the creation of IN-SPACe. 
  • It confirms that the government’s shift from a monopoly to an enabler has successfully fostered a high-value, private-led space economy.
• Technological Maturity: Achieving this status while integrating the Vikram-1 rocket confirms India’s engineering excellence. The use of 3D-printed engines and carbon-fibre structures showcases a transition from theoretical research to scalable manufacturing. 
  • It also supports the development of Vikram-2, which features an advanced cryogenic stage.
• Economic Multiplier: As a unicorn, Skyroot will drive growth across the ancillary supply chain. This fosters an ecosystem for precision manufacturing and high-end electronics, potentially securing India a 10% share of the global space economy by 2033. 
  • India’s space economy is estimated around $8.4 billion and is projected to reach nearly $44 billion by 2033. Skyroot’s unicorn status strengthens India’s ambition.

Contribution of Skyroot Aerospace in India’s Private Space Rise

• Maiden Flight: The historic Mission Prarambh on November 18, 2022, saw the launch of Vikram-S, India’s first privately developed rocket. 
  • The single-stage sub-orbital vehicle reached an altitude of 89.5 km and a peak velocity of Mach 5.07 during its 301-second flight. 
  • It successfully carried three customer payloads from BAZOOMQ Armenia, Space Kidz India, and N-Space Tech. 
• Rocket Engineering: The upcoming Vikram-1 is a multi-stage orbital launch vehicle designed to carry payloads of up to 350 kg to Low Earth Orbit (LEO). 
  • It features a payload capacity of 480 kg to a 500 km Low Earth Orbit (LEO) or 290 kg to a Sun-Synchronous Orbit (SSO). 
  • Its structure features an all-carbon-fibre body and 3D-printed liquid engines to reduce manufacturing time and costs.
  • The vehicle employs three solid-fuel stages—Kalam-1200, Kalam-250, and Kalam-100—generating a peak vacuum thrust of 1,200 kN. 
  • Its fourth stage is an Orbit Adjustment Module (OAM) powered by four 3D-printed Raman-1 liquid engines using hypergolic propellants for precise orbital insertion.
  • The rocket is scheduled for its maiden orbital launch attempt in June 2026 from the Satish Dhawan Space Centre, Sriharikota.  
• Propulsion Innovation: Skyroot has pioneered advanced propulsion with its Dhawan series of cryogenic engines. 
  • On March 1, 2026, the company successfully test-fired the Dhawan-III engine for 145 seconds. 
  • These engines utilize liquid natural gas (LNG) and liquid oxygen (LOx), offering a cleaner and more efficient alternative for the heavier rocket, which aims for a 900 kg LEO capacity.
• Infrastructure Growth: The company operates from the Infinity Campus in Hyderabad, India’s largest private integrated rocket development facility. 
  • Spanning 60,000 square feet, this 6-acre site houses design, manufacturing, and testing facilities for 300+ engineers.
  • Skyroot was also the first private firm to sign an MoU with IN-SPACe for access to ISRO’s testing infrastructure. 
• Commercial Strategy: Skyroot aims to capture a share of the $40-50 billion annual global launch market by providing on-demand, cost-effective satellite deployment. 
  • It has signed agreements with international firms like Prométhée Earth Intelligence and ConnectSAT to launch their satellites. 
  • The company plans to scale its launch frequency to at least two missions annually from 2024 onwards. 
• Future Plan: The Vikram-2 is currently under development with a planned debut in 2027.
  • This second-generation vehicle will significantly upgrade the series by introducing the Dhawan-II cryogenic engine, which uses LNG and Liquid Oxygen to achieve higher specific impulse and efficiency.
  • Targeting heavier constellations, Vikram-2 will offer a payload capacity of 900 kg to LEO and 600 kg to SSO. 
  • This expansion allows Skyroot to serve as a “space taxi” for larger clusters of microsatellites while maintaining a 24-hour launch preparation cycle.