India’s $9 Billion Space Economy: How Startups Became the Industry’s Growth Engine

For most of its history, India’s space programme was ISRO and the vendors that supplied it. That changed in a few years. On 18 July 2026, Skyroot Aerospace’s Vikram-1 lifted off from Sriharikota at 12:05 pm and placed its payloads into a 450 km orbit about 15 minutes later, the first orbital rocket built by a private Indian company. The government puts the country’s space economy at $9 billion as of August 2026, and the more telling number is who is now building it: roughly 440 registered startups, a handful of them already building rockets, satellites and national infrastructure.

How big is India’s space economy, and how fast is it moving?

The Government of India estimates the sector at $9 billion and expects it to reach $40 billion to $45 billion over the next decade. Earlier industry estimates used a different baseline, around $8.4 billion with a $44 billion target for 2033, so readers should treat any single figure as an estimate rather than a measured total. What is less contested is the pace of private participation. Registered space startups rose from one in 2014 to about 440 by August 2026, according to the DPIIT startup portal, as reported when the Minister of State for Space replied in Parliament in August.

Measure	Figure	Note
Space economy	$9 billion (August 2026)	Government estimate. Target of $40-45 billion over a decade
Registered space startups	About 440	Up from 1 in 2014 (DPIIT portal)
Private investment	$618.5 million by March 2026	Up from $100.5 million in 2021-22, including $187 million recorded in 2026
IN-SPACe authorisations	113 granted to 52 private entities	18 of those entities are startups
ISRO technology transfers facilitated	71 (as of 31 January 2026)	Through IN-SPACe

Two of those numbers belong together. A count of 440 startups measures how many companies have been formed. The 113 authorisations held by 52 private entities, of which 18 are startups, measure how many are cleared to operate satellites, payloads or launch vehicles. The gap between them is where the investment case sits: formation is easy, operating licences and flight hardware are not. The 18 startups with authorisations include Skyroot, Agnikul Cosmos, Pixxel, Digantara, Dhruva Space, GalaxEye and PierSight.

What opened the door to private companies?

The sequence matters because each step removed a different barrier. In June 2020 the Union Cabinet decided to let private companies take part across the space value chain, and IN-SPACe was created in Ahmedabad as a single-window regulator and promoter. The Indian Space Policy 2023 then set out the rules of participation, and in February 2024 the Cabinet rewrote the foreign investment rules.

Under the amended policy, 100% FDI is allowed in the sector, but the route depends on the activity.

Activity	Automatic route up to	Beyond that
Component, system and sub-system manufacturing for satellites, ground and user segments	100%	Not applicable
Satellite manufacturing and operation, satellite data products, ground and user segments	74%	Government route
Launch vehicles and associated systems, spaceports	49%	Government route

Money has followed policy. IN-SPACe runs a Seed Fund Scheme for early-stage startups, and government programmes include a ₹1,000 crore venture capital fund for growth capital and a ₹500 crore Technology Adoption Fund. For investors, one practical point sits outside the table: clearing the FDI route does not by itself authorise a space activity. A company that wants to operate a satellite or launch a rocket needs IN-SPACe authorisation as a separate step.

Who is building the rockets?

Launch is the segment where the shift from ISRO to private companies is most visible, and it is also where the risk is highest.

Skyroot Aerospace, founded in 2018 by former ISRO engineers Pawan Kumar Chandana and Naga Bharath Daka, became India’s first spacetech unicorn in May 2026 when it raised about $60 million at a valuation of roughly $1.1 billion, one of the entrants in India’s 2026 unicorn class. The round was co-led by Sherpalo Ventures and GIC and took total funding to about $160 million.

“This investment signals confidence from some of the world’s most reputed investors,” Pawan Chandana said at the time.

Two months later Vikram-1, designed to carry up to 350 kg to low Earth orbit, reached orbit on its first flight. Skyroot says the new capital will go into manufacturing, a higher launch cadence and Vikram-2, a larger vehicle expected to debut in 2027.

Agnikul Cosmos, the Chennai startup founded in 2017 by Srinath Ravichandran, Moin SPM and others, is the second private launch company to watch. It raised ₹150 crore in November 2025 at a valuation above $500 million, and the Tamil Nadu government’s industrial arm TIDCO approved a ₹25 crore equity investment in March 2026, one of the first direct state equity stakes in an Indian space startup. Agnikul has not yet flown to orbit, and its debut flight has slipped before, which is a reminder that a funding round and a flown rocket are different milestones.

The government is also moving ISRO’s own vehicles into industry. In 2025 HAL won the right to build and commercialise the Small Satellite Launch Vehicle in a ₹511 crore technology transfer, the first time a complete launch vehicle’s technology was handed to a company. A HAL and L&T consortium holds a contract to build five PSLVs end to end. The minister told Parliament that over six launches could be undertaken by private companies in FY 2027-28, though that launch manifest had not yet been approved by IN-SPACe.

Where are satellites and data becoming a business?

Earth observation is where the government has put the largest single piece of private capital. In January 2026, a consortium led by Pixxel signed an agreement with IN-SPACe to build India’s first privately owned national Earth observation constellation under a public-private partnership. The consortium, called Allied Orbits, will invest more than ₹1,200 crore over five years to deploy 12 satellites covering high-resolution optical, multispectral, SAR and hyperspectral imaging. Dhruva Space is responsible for manufacturing, PierSight for mission operations and SatSure for analytics. The consortium is funding the project itself. When the contract was awarded, Pixxel founder Awais Ahmed called it “India’s moment to lead the world in space-powered solutions.”

Digantara shows where the money is moving at the other end of the market. The Bengaluru company, founded by Anirudh Sharma, Rahul Rawat and Tanveer Ahmed, started by tracking objects and debris in orbit and has widened into space surveillance and missile warning. It raised $50 million in a Series B in December 2025, taking total funding to $64.5 million. Reliance Business Ventures led the round with ₹261 crore, alongside 360 ONE, SBI Investment of Japan, Ronnie Screwvala, Peak XV Partners and Kalaari Capital, at a valuation near $200 million. Anirudh Sharma has described space as “the new high ground for national security,” and the company plans to launch 15 surveillance satellites and two missile-warning satellites across 2026 and 2027.

Who is investing, and what do they want to see?

The investor list has widened beyond domestic venture funds. Government reporting and company announcements name GIC and Temasek in Skyroot, Japan’s SBI Investment in Digantara and Alphabet in Pixxel, alongside Indian backers such as Peak XV, 360 ONE and Reliance. State governments are now putting in equity too.

What these investors are paying for is changing. Inc42 reported in January that capital in 2026 would flow less on promise and more on proof, with investors tracking launch cadence, payload success, long-term contracts and downstream revenue rather than technology readiness alone. The 2026 events fit that logic. Skyroot’s valuation more than doubled from its 2023 round as it prepared to fly, and Agnikul, which has not yet flown to orbit, last raised at a valuation of about $500 million.

How do these companies actually make money?

Segment	Typical business model	Companies to watch
Launch	Sells launch capacity to satellite operators. Revenue depends on flight cadence	Skyroot, Agnikul, HAL (SSLV)
Satellites and components	Builds satellites and subsystems for operators and government programmes	Dhruva Space, Azista BST
Earth observation and analytics	Sells imagery, data subscriptions and analytics	Pixxel, SatSure, GalaxEye, PierSight
Surveillance and defence	Sells monitoring data and intelligence to government and commercial users	Digantara

The Allied Orbits structure is worth noting as a business model. Instead of the government buying satellites, a private consortium finances, builds and operates the constellation and sells data services from it. That model transfers capital risk to the private side, which is why the quality of the consortium’s balance sheets will matter.

What are the risks?

The headline numbers hide concentration. Private investment of $618.5 million is large relative to where the sector started, but several of the largest rounds sit with a handful of companies such as Skyroot, Agnikul, Digantara and Pixxel, and only 18 startups hold operating authorisations. Reuters reported in 2025 that India held only about 2% of the global commercial space market, so the opportunity is in capturing export demand, not just serving the domestic one.

Timelines are the other risk. One orbital launch is a proof of concept, not a launch business, and Vikram-2 and Agnikul’s first orbital flight are both still ahead. Capital intensity, dependence on government anchor contracts and the gap between a launch manifest and an approved one all sit between the 2026 headlines and the $40 billion ambition.

What to watch next

Four events will show whether the sector is compounding. The first is Skyroot’s second Vikram-1 flight and the progress of Vikram-2 in 2027. The second is whether IN-SPACe approves a private launch manifest for FY 2027-28. The third is the first launches of Allied Orbits satellites, expected in early 2027. The fourth is HAL’s first SSLV builds under ISRO supervision, which will test whether a defence manufacturer can run a commercial launch line. For founders, the lesson from the first wave is already visible: the companies that have raised the most are the ones that put hardware in orbit or won a government contract.