ISRO and the “Privatisation” Debate: Restructuring India’s Space Sector

Why in News?

• Concerns have emerged within ISRO employee associations over the increasing transfer of launchvehicle manufacturing and certain operational activities to private entities.
• The debate followed remarks by the INSPACe Chairman that ISRO could eventually move away from manufacturing operational launch vehicles and operating certain spaceport facilities. ISRO Chairman V. Narayanan clarified that the objective is expansion and commercialisation of India’s space sector, rather than privatisation of ISRO itself.

What does Indian Space Policy 2023 provide?

The Indian Space Policy (ISP), 2023 established a clearer institutional division among ISRO, INSPACe, NSIL and nongovernmental entities.

ISRO: From routine production to R&D

The policy envisages ISRO becoming increasingly research oriented.

It is expected to:

• Develop new space technologies.
• Develop new applications and systems.
• Share mature technologies with industry.
• Provide access to satellite data.
• Demonstrate humanspaceflight capabilities.
• Develop longterm programmes such as sustained human presence in space.
• Transition away from routine manufacturing of operational space systems.

Therefore, private participation in manufacturing is not an entirely new departure; it is embedded in the institutional restructuring envisaged under ISP 2023.

Role of INSPACe

Indian National Space Promotion and Authorisation Centre (INSPACe) is an autonomous, singlewindow nodal agency under the Department of Space.

Its role includes:

• Authorisation: Approving private activities involving satellites, launch services, launch pads, ground stations and orbital resources.
• Promotion: Encouraging privatesector participation and creating an enabling ecosystem.
• Infrastructure access: Facilitating access to government testing and other facilities.
• Technology transfer: Facilitating transfer of ISROdeveloped technologies to industry.
• Industry academia linkages: Encouraging collaboration and development of manufacturing capabilities.

Role of NSIL

• New Space India Limited (NSIL) is the commercial arm of ISRO under the Department of Space.
• Its principal function is to commercialise publicly developed space technologies and services.
• Its role increasingly includes providing commercial launch services to Indian and international customers.

What is being transferred to Industry?

SSLV

The Small Satellite Launch Vehicle (SSLV) was operationalised in 2024 after three development flights.

Its design is relatively suited to industrial production, with:

• Shorter assembly time.
• Smaller workforce requirement.
• Lower cost compared with larger launch vehicles.
• Focus on smallsatellite launch requirements.

In 2025, Hindustan Aeronautics Limited (HAL) won the bid for technology transfer.

During the technologytransfer period, HAL is expected to manufacture SSLVs following ISRO procedures before eventually acquiring greater freedom over design, suppliers and commercialisation.

PSLV

• The Polar Satellite Launch Vehicle (PSLV) became the first Indian launch vehicle to undergo commercialisation.
• In 2022, manufacturing of five PSLVs was contracted to a HAL–Larsen & Toubro consortium.
• ISRO has subsequently initiated another process for broader transfer of PSLV technology to industry, with ISRO providing technical handholding during the transition.

LVM3

• The Launch Vehicle Mark3 (LVM3) is India''s heavylift launch vehicle.
• Commercialisation efforts began in 2024, although the initial bidding process did not result in an award.
• A fresh expression of interest was issued in 2026, with ISRO proposing technical support until the realisation of initial vehicles.

Kulasekarapattinam Spaceport

INSPACe has also invited private participation in the operation and management of the upcoming Small Satellite Launch Complex at Kulasekarapattinam in Thoothukudi district, Tamil Nadu.

ISRO is expected to provide:

• Technical guidance
• Operational support
• Training
• Handholding during the initial operational phase

Why is India encouraging private participation?

Expand India''s share in the global space economy

• India is a major spacefaring nation, but its share of the global space economy remains relatively small.
• The policy seeks to transform India from primarily a government led space programme into a broader space ecosystem involving startups, industry, academia and investors.

Allow ISRO to focus on strategic R&D

Routine production can consume institutional capacity.

If mature launch vehicles can be manufactured by industry, ISRO can devote greater resources to:

• Advanced propulsion
• Human spaceflight
• Planetary exploration
• Space science
• Reusable launch technologies
• Newgeneration satellites

 Create commercial capacity

Private companies can potentially provide launch and satellite services to domestic and international customers at scale.

Increase innovation

Competition among companies can encourage:

• Cost reduction
• Faster development cycles
• New business models
• New launch technologies
• Satellite service innovation

Generate employment and investment

•  A larger space ecosystem can create opportunities across:
• Launch vehicles → satellites → components → electronics → software → data services → downstream applications.

The Core Concern: Can ISRO lose its technological expertise?

• Risk of erosion of institutional knowledge : If ISRO completely exits manufacturing, engineers and technicians could lose handson experience in production, integration and troubleshooting.
• Strategic autonomy : Certain technologies have dualuse or strategic significance. Maintaining indigenous expertise is important for national security and strategic space programmes.
• Private sector is still developing : India''s private space ecosystem is expanding but remains considerably younger than ISRO''s institutional experience.