India’s space programme is entering a significant structural transition. The Indian Space Research Organisation (ISRO) is preparing to gradually move away from the routine manufacturing of launch vehicles, with production expected to be undertaken by private industry and public-sector companies. The change was outlined by IN-SPACe Chairman Pawan Kumar Goenka at the Business Today India@100 Economy Summit. Goenka said that, eventually, ISRO would no longer manufacture launch vehicles and that the responsibility would move to the private sector or PSUs. (NewsGram)
The announcement has triggered both excitement and concern. Supporters see it as the next stage of India's commercialisation of space. Critics, meanwhile, are asking whether taxpayer-funded technology and decades of public investment could ultimately create highly profitable private businesses without adequate public safeguards.
What Exactly Is Changing?
The proposal does not mean that ISRO is abandoning rockets or India’s space programme.
Instead, the intended division of labour is changing.
ISRO is expected to increasingly concentrate on:
Fundamental and advanced research
New launch technologies
Scientific missions
Specialised satellites
Technology development
Future-generation space systems
Once technologies become mature and commercially viable, production would increasingly be transferred to industry.
Goenka said that around 120 technologies developed by ISRO have already been transferred to private industry, illustrating that the process is already underway. (NewsGram)
SSLV Has Already Started the Transition
The Small Satellite Launch Vehicle (SSLV) is the clearest example.
In 2025, ISRO transferred SSLV technology to Hindustan Aeronautics Limited (HAL) in a deal valued at about ₹511 crore. HAL was selected through a competitive process and will have the capability to build, own and commercialise the vehicle. (Business Standard)
This is significant because SSLV was designed specifically for the growing small-satellite launch market.
The first HAL-built SSLV launch is expected in 2027, according to reporting on Goenka’s remarks. (NewsGram)
PSLV and LVM3 Could Follow
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The proposed transition is much bigger than SSLV.
Goenka indicated that established launch vehicles such as the Polar Satellite Launch Vehicle (PSLV) and LVM3 could also move towards industry-led production. (NewsGram)
That would represent a historic change.
For decades, ISRO and its associated industrial ecosystem have been responsible for building and operating India’s launch vehicles.
Under the new model, ISRO would increasingly become the technology developer and scientific organisation, while industry would become the manufacturing engine.
The Government’s Argument: Let ISRO Focus on What Only ISRO Can Do
There is a straightforward argument behind the policy.
If ISRO spends significant manpower and resources manufacturing established rockets repeatedly, fewer resources may be available for developing the next generation of technology.
The private sector, meanwhile, can potentially:
Scale production faster
Invest in manufacturing capacity
Compete for commercial customers
Develop specialised supply chains
Reduce dependence on government manufacturing
Create a larger commercial launch industry
The broader goal is to turn India’s space sector into a much larger commercial ecosystem. India has set an ambition of developing a $44-billion space economy by 2033, according to reporting on the transition.
But Here Comes the Controversy
The biggest criticism is not necessarily about private participation itself.
It is about who ultimately captures the economic value created by public investment.
ISRO’s technological capabilities were developed over decades using public money, government infrastructure and the work of scientists and engineers employed by the state.
If those technologies are subsequently licensed or transferred to private companies, critics argue that the public deserves to know:
How much does the government charge for the technology?
What conditions are attached to the transfer?
Who receives the commercial rights?
How are profits and intellectual-property rights structured?
What prevents a small number of large corporations from dominating the sector?
These are legitimate policy questions even if one supports greater private participation.
“Read Adani” — But That Part Needs a Fact Check
The claim that the new policy specifically means Adani will receive ISRO’s rocket manufacturing business is not established by the available evidence.
Adani-backed entities have participated in India’s emerging space ecosystem and were among companies involved in the earlier SSLV commercialisation process. But HAL ultimately won the SSLV technology-transfer bid, not an Adani company.
Therefore, saying that ISRO’s rocket manufacturing is being handed specifically to the Adani Group would be misleading based on the information currently available.
The broader issue—whether private companies should receive publicly developed technologies and on what terms—is a separate and much more substantive debate.
The Real Risk: Monopoly
One potential drawback of privatisation is market concentration.
If only a handful of financially powerful companies have the capital and infrastructure required to manufacture large rockets, India’s new space economy could eventually become dominated by a few players.
That could create concerns around:
Pricing power
Competition
Government contracts
Technology access
Supply-chain dependence
National-security considerations
The solution would not necessarily be to prevent private participation, but to ensure competitive bidding, transparent licensing, multiple capable manufacturers and strong regulatory oversight.
Another Concern: Loss of Manufacturing Expertise
There is also a technical question.
Manufacturing is not merely a commercial activity. Building rockets repeatedly creates practical engineering expertise.
If ISRO completely exits production, policymakers will need to ensure that the organisation does not lose critical hands-on manufacturing knowledge.
A healthy model may therefore require ISRO to retain sufficient capability to:
Design → prototype → test → manufacture experimental systems → transfer mature technologies.
That would allow the agency to remain close to the engineering realities of launch vehicles even after routine production moves to industry.
Public Investment, Private Profit?
This is ultimately the most politically sensitive question.
A taxpayer-funded organisation develops a technology.
The government then transfers that technology to a private company.
The company manufactures the product and sells launches commercially.
There is nothing inherently wrong with that model—indeed, it can generate jobs, exports and economic growth.
But the public interest requires the government to ensure that taxpayer-funded innovation does not become a one-sided transfer of value.
The public should benefit through:
Technology-transfer fees
Royalties where appropriate
Competitive pricing
Domestic manufacturing
Employment
Tax revenues
Export earnings
Continued investment in public research
The Other Side of the Story
There is an equally important argument in favour of the reform.
ISRO’s greatest strength has never been mass production.
Its historic contribution has been solving difficult scientific and engineering problems under limited resources.
If private companies can manufacture established rockets while ISRO works on next-generation propulsion, reusable launch systems, deep-space exploration, advanced satellites and scientific missions, the country could potentially achieve much more.
The challenge is therefore not simply “public vs private.”
It is about designing the relationship correctly.
The Bottom Line
India’s space sector is clearly moving towards a model in which ISRO develops cutting-edge technology while industry increasingly manufactures and commercialises mature systems.
That transition is already visible through the SSLV technology transfer to HAL and the proposed future movement of PSLV and LVM3 production towards industry. (Business Standard)
Calling the entire policy a “sale of ISRO” would oversimplify the situation.
But blindly celebrating privatisation would also miss important questions.
The real test will be whether India can commercialise publicly developed space technology without compromising scientific independence, competition, national capability or public value. If private industry succeeds, India could emerge as a major global launch-services hub.
If the system is poorly regulated, however, critics will have a legitimate question:
Did public investment create a stronger national space industry—or merely create valuable technology for a few private companies to monetise?
