India's space sector has evolved from a government-only programme into a commercially viable export industry. ISRO's commercial arm (first Antrix Corporation, now NewSpace India Limited (NSIL)) has successfully launched 424 foreign satellites from 36 countries using the PSLV, establishing India as one of the most cost-effective launch service providers in the world.
The Indian government has set a target of growing the domestic space economy to
3 billion by 2025, up from roughly $8 billion in 2023. The Indian Space Policy 2023 is the key enabler. It formally opens space activities to private sector participation, allows non-governmental entities to build and operate satellites, offer launch services, and establish ground stations.
For exporters, this means three things. First, Indian private companies can now manufacture and export space components without routing everything through ISRO. Second, the global small satellite market (projected at $7.2 billion by 2027) creates demand for cost-competitive Indian manufacturing. Third, India's MTCR membership since 2016 has removed a major barrier to technology cooperation with Western space agencies and prime contractors.
What India Exports in Space
India's space export basket spans hardware, software, data, and services. Each category carries different compliance requirements.
Satellite Launch Services. Commercial launches using PSLV, GSLV Mk III (LVM3), and SSLV. NSIL offers dedicated and rideshare missions to LEO, SSO, and GTO. India has launched satellites for the US, UK, Germany, Japan, and 30+ other countries.
Satellite Components & Sub-systems. Transponders, solar panels and power systems, attitude control mechanisms, star sensors, reaction wheels, and onboard computers. Indian MSMEs supply precision-machined structural parts and thermal management systems.
Ground Station Equipment. Antenna systems, tracking telemetry and command (TTC) equipment, baseband processors, and ground segment software. India operates a global tracking network with stations in Port Blair, Brunei, and other locations.
Space-Grade Electronics & Avionics. Radiation-hardened processors, FPGAs, inertial measurement units (IMUs), navigation receivers, and flight computers. BEL and private startups supply both domestic and export markets.
Remote Sensing Data & Imagery. Earth observation data from IRS series satellites, high-resolution imagery from Cartosat, and analytics services. Pixxel is building a private hyperspectral constellation for global customers.
Space Software & Mission Planning. Orbit determination, mission simulation, satellite operations software, and ground segment management tools. Indian IT companies are increasingly active in space software for global clients.
Testing & Qualification Services. Vibration testing, thermal vacuum testing, EMI/EMC testing, and environmental qualification. ISRO facilities and private labs offer these services to foreign satellite manufacturers.
Rocket Propulsion Components. Liquid and solid propellant engine parts, turbopumps, injectors, nozzle assemblies, and composite motor casings. This is the most heavily controlled export category under MTCR.
Regulatory Framework
Space exports from India sit at the intersection of multiple regulatory regimes. Domestic space policy, India's export control system, and international treaty obligations. Here is what applies.
Indian Space Policy 2023. IN-SPACe as Regulator
The 2023 policy designates IN-SPACe (Indian National Space Promotion and Authorization Centre) as the single-window regulator for all space activities by non-governmental entities. Any company wanting to manufacture, launch, operate, or export space products must first obtain IN-SPACe authorization. This applies to hardware, software, and services. IN-SPACe evaluates applications based on technical capability, safety, national security implications, and compliance with international obligations.
India joined the MTCR in 2016. The regime restricts export of missile and launch technology capable of delivering payloads exceeding 500 kg to ranges beyond 300 km. For space exporters, this directly affects launch vehicle technology, advanced propulsion components, and guidance systems. MTCR Category I items (complete rockets, UAVs meeting the threshold) face a strong presumption of denial. Category II items (components, materials, production equipment) are evaluated case-by-case with end-use assurances.
India is a member of the Wassenaar Arrangement, which controls conventional arms and dual-use goods and technologies. For space exports, Wassenaar controls cover thermal imaging sensors, inertial navigation equipment, radiation-hardened electronics, and certain composite materials. India's SCOMET list is largely aligned with Wassenaar control lists.
ITAR (US). US-Origin Space Technology
Any item incorporating US-origin space technology listed under Category XV (Spacecraft Systems and Associated Equipment) of the US Munitions List requires US State Department authorization under ITAR before re-export from India. Additionally, items on the US Commerce Control List under EAR Category 9 (propulsion systems, spacecraft) require Bureau of Industry and Security (BIS) approval. This is critical for Indian companies using US-supplied components in their assemblies.
Department of Space (DoS) Authorization
DoS issues no-objection certificates for transfer of space technology and technical data. Required for any export involving ISRO-derived technology, government-funded research outputs, or technology transfer agreements with foreign space agencies.
DGFT Export Licensing for SCOMET
DGFT issues export authorizations for SCOMET items . Applications go through inter-ministerial evaluation involving MEA, MoD, DAE, and DoS. Processing time is typically 60-90 days for non-sensitive items, longer for Category 9 propulsion.
ITU Coordination
Exporting satellite communication equipment or providing launch services for communication satellites requires coordination with the International Telecommunication Union for frequency allocation and orbital slot assignment. DoT (Department of Telecom) handles India's ITU filings.
End-User Certificates
All space technology exports require end-user certificates from the foreign buyer confirming the intended use, non-diversion commitment, and no re-transfer without Indian government approval. For MTCR-controlled items, government-to-government end-use monitoring may be required.
Export Authorization Process
Exporting space technology from India involves a multi-step authorization chain. Missing any step can result in shipment seizure, penalties, or criminal prosecution under the Foreign Trade (Development and Regulation) Act and Weapons of Mass Destruction Act 2005.
Apply to IN-SPACe for authorization to conduct the specific space activity. Manufacturing, assembly, testing, or launch services. Submit technical documentation, facility details, and security clearances. Processing takes 30-60 days for standard cases.
Review your product against the
SCOMET list
to determine if it falls under controlled categories. Pay particular attention to technical parameters (accuracy thresholds, power levels, radiation hardness ratings) that trigger control. When in doubt, file a commodity classification request with DGFT.
If the item is SCOMET-listed, apply to DGFT for export authorization. Submit end-user certificate, technical specifications, proposed safeguards, and details of any technology transfer. The inter-ministerial committee evaluates the application considering foreign policy, non-proliferation obligations, and national security.
If the export involves ISRO-derived technology, government-funded R&D outputs, or constitutes a technology transfer (not just hardware sale), obtain a No Objection Certificate from the Department of Space. This applies to technical data, manufacturing know-how, and software source code.
Obtain a signed end-user certificate from the foreign buyer. For MTCR-controlled items, the certificate must be counter-signed by the buyer's government. The certificate must state the specific end-use, commitment to non-diversion, and agreement not to re-transfer without Indian government consent.
Verify the export does not violate MTCR or Wassenaar commitments. For MTCR Category I items, expect a presumption of denial unless strong non-proliferation assurances are available. For Wassenaar items, check destination country and end-user against denied/restricted lists. Use
restricted party screening
for the buyer entity.
Present all authorizations (IN-SPACe, DGFT SCOMET license, DoS NOC, end-user certificate) to Customs at the port of export. Customs verifies document completeness and may refer the shipment to the Directorate of Revenue Intelligence (DRI) for verification of controlled items. Ensure
export documentation
is complete before approaching Customs.
Key Players and Ecosystem
India's space export ecosystem involves government agencies, established defence-aerospace manufacturers, and a growing wave of space-tech startups.
Government Agencies
ISRO. Design, development, and operation of launch vehicles and satellites. Technology licensor to private companies.
NSIL (NewSpace India Limited). ISRO's commercial arm since 2019. Handles commercial launch contracts, technology transfer to industry, and satellite-based services. Replaced Antrix Corporation for commercial launches.
Antrix Corporation. Now focused on international marketing of ISRO's R&D outputs, satellite imagery, and consultancy services.
IN-SPACe. Authorization and promotion of private space activities. Single-window clearance for non-government entities.
Space-Tech Startups
Skyroot Aerospace. Developed Vikram-1, India's first privately built rocket. Targets small satellite launch market with cost-effective solid and cryogenic propulsion.
Agnikul Cosmos. 3D-printed semi-cryogenic rocket engines. Developing Agnibaan, a customizable small launch vehicle for dedicated orbital insertion.
Pixxel. Building a hyperspectral imaging satellite constellation for earth observation. Customers include agriculture, mining, and environmental monitoring sectors globally.
Dhruva Space. Satellite platforms, ground station infrastructure, and launch deployment mechanisms. Supplies both Indian and international satellite operators.
Bellatrix Aerospace. Electric propulsion systems and orbital transfer vehicles. Developing in-space transportation services.
Established Manufacturers
BEL (Bharat Electronics Limited). Space-grade electronics, radar systems, and communication equipment.
HAL (Hindustan Aeronautics Limited). Structural assemblies, satellite platforms, and launch vehicle sub-systems.
L&T. Precision manufacturing of launch vehicle stages, booster casings, and ground support equipment.
Godrej Aerospace. Liquid propulsion engines, antenna systems, and precision mechanisms for ISRO programmes.
MSME Supply Chain
Over 500 Indian MSMEs supply precision-machined components, electronic assemblies, composite structures, thermal insulation, and testing services to ISRO and private space companies. These MSMEs are increasingly looking to export directly, particularly in precision machining (CNC parts for satellite structures), electronic PCB assemblies, composite carbon fibre components, and thermal management systems. Export compliance awareness in this segment is low. Many MSMEs do not realize their products may fall under SCOMET controls.
Benefits and Incentives
The Indian government offers several incentives that space sector exporters can leverage to improve competitiveness.
100% FDI under automatic route for satellite manufacturing and operation. No government approval needed for foreign investment in satellite-related manufacturing, a significant change from the pre-2020 regime where FDI caps applied.
PLI for space electronics. Space-grade electronic components qualify under the electronics PLI (Production Linked Incentive) scheme, offering 4-6% incentive on incremental production over 5 years. Covers radiation-hardened chips, PCBs, and sensor modules.
Defence Production Corridors. The UP and Tamil Nadu defence corridors offer land, infrastructure, and tax benefits for dual-use space-defence manufacturing. Companies producing items that serve both markets can leverage corridor incentives.
[EPCG scheme](/resources/epcg-scheme) for space-grade manufacturing equipment. Import capital goods at zero duty against an export obligation of 6x the duty saved, to be fulfilled over 6 years. Cleanroom equipment, vacuum chambers, vibration tables, and CNC machines all qualify.
[Advance Authorization](/resources/advance-authorisation) for imported raw materials. Duty-free import of inputs used in space export products. Special alloys, electronic components, composite fibres, and optical materials. Particularly valuable for high-value satellite sub-systems.
IN-SPACe support for startups. Access to ISRO test facilities (vibration, thermal vacuum, EMI/EMC), technical mentorship, and technology licensing at nominal fees. IN-SPACe also facilitates connections with global space agencies and prime contractors.
ISRO technology transfer programmes. Over 400 technologies developed by ISRO are available for licensing to Indian industry. These include space-qualified manufacturing processes, materials, and designs that can be incorporated into export products.
Technology Transfer Restrictions
Space technology exports face some of the most stringent transfer controls in international trade. Understanding these restrictions is essential to avoid criminal penalties and business disruption.
MTCR Category I. Presumption of Denial
The following items face a strong presumption of denial for export, regardless of the destination:
Complete rocket systems and UAVs with range exceeding 300 km and payload capacity above 500 kg
Complete rocket stages and engines for such systems
Complete re-entry vehicles designed for such systems
Production facilities specifically designed for Category I items
Export of these items is virtually impossible except under government-to-government agreements with close allies and only for explicitly peaceful space purposes.
MTCR Category II. Case-by-Case Review
Components, materials, and technologies usable in Category I systems but also having legitimate space applications:
Export is possible with proper end-use assurances, government-level guarantees, and case-by-case inter-ministerial review. Processing time: 90-180 days.
Inertial navigation equipment with drift rate below specified thresholds
Radiation-hardened electronics rated above 100 krad(Si) total ionizing dose
High-performance composites with specific tensile modulus exceeding thresholds
Encryption technology (Wassenaar Category 5, Part 2). Satellite encryption modules and secure communication systems
US ITAR. USML Category XV
Any item on the US Munitions List Category XV (spacecraft systems and associated equipment) requires US State Department approval for re-export. This includes spacecraft bus systems, space-qualified cameras with resolution below thresholds, and defence-related satellite payloads. The ITAR "taint" follows the item through any number of transfers.
US EAR Category 9
The US Export Administration Regulations Category 9 covers propulsion systems, space vehicles, and related equipment on the Commerce Control List. Less restrictive than ITAR but still requires BIS licensing for most destinations. Indian exporters using US-origin EAR-controlled components must track de minimis thresholds (25% US-origin content by value).
HS Codes for Space Exports
Correct HS code classification is critical for space exports. It determines duty rates, SCOMET applicability, and whether additional authorizations are triggered. Use our HS code lookup tool for detailed sub-heading classification.
Radar, radio navigation, and remote control apparatus
Tracking systems, TTC equipment, ranging systems
Yes (Cat 5/7)
9005
Binoculars, monoculars, optical telescopes
Space telescopes, earth observation optics
Case-by-case
9013
Lasers (other than laser diodes); optical devices NES
Laser communication terminals, LIDAR, optical payloads
Yes (Cat 6)
8541
Semiconductor devices, LEDs, photovoltaic cells
Space-grade solar cells, radiation-hardened semiconductors
Yes (Cat 3)
8471
Automatic data processing machines (computers)
Flight computers, onboard data handling systems
Case-by-case
Note: HS codes shown at the 4-digit heading level. Actual classification must be done at the 8-digit sub-heading level for customs filing. SCOMET applicability depends on technical specifications, not just the HS code. A solar panel for a weather satellite and one for a military reconnaissance satellite may share the same HS code but have different control status.
Country-Specific Space Export Rules
Space export feasibility varies dramatically by destination country. International agreements, bilateral relationships, and sanctions regimes all play a role.
Destination
Framework
Key Considerations
Status
United States
ITAR, DSCA, NASA cooperation
Strong bilateral space cooperation (NISAR mission, Artemis Accords). ITAR restrictions on re-export of US-origin tech. TSA for launch.
Open
European Union
EU Dual-Use Regulation
ESA-ISRO cooperation. EU 2021/821 dual-use regulation applies. Individual member state export licenses may also be required.
Open
Japan
JAXA cooperation agreement
JAXA-ISRO joint missions (LUPEX lunar mission). Japan's FEFTA controls apply to dual-use space tech imports.
Open
UAE
Space agency partnership
MoU between ISRO and UAE Space Agency. Growing market for satellite services and components. Standard end-use verification.
Open
Australia
DSTG cooperation
Artemis Accords partner. Australian Space Agency cooperation. Defence space partnership expanding.
Open
China
Case-by-case
Generally denied for dual-use space items. No active space cooperation framework. US secondary sanctions risk for ITAR-tainted items.
Restricted
North Korea
UN sanctions
Full embargo on all space and missile technology under UNSC resolutions. No exceptions.
Prohibited
Iran
UN sanctions
Comprehensive restrictions on space and missile technology. UNSC Resolution 2231 limitations. JCPOA-related waivers expired.
Prohibited
Pakistan
India-specific restrictions
India-specific restrictions on all strategic technology transfer. No space cooperation framework. MTCR and Wassenaar blocks apply.
Prohibited
Insurance and Liability
Space exports, particularly launch services, carry unique insurance and liability obligations under international space law.
Space Liability Under the Outer Space Treaty
Under the Outer Space Treaty (1967) and the Liability Convention (1972), the "launching state" bears absolute liability for damage caused by its space objects on the surface of the Earth or to aircraft in flight. India, as a launching state for all missions from its territory, requires private operators to carry third-party liability insurance and indemnify the government against international claims. The Indian Space Policy 2023 formalizes this requirement for private launch operators.
Third-Party Liability Insurance
Mandatory for any entity conducting launch operations or operating satellites from Indian territory. Coverage must include damage to persons and property on the ground, damage to other space objects (fault-based liability), and environmental remediation. Typical coverage requirements range from $50 million to $500 million depending on the launch vehicle, orbit, and payload characteristics. Specialized space insurers include AXA XL, Munich Re, and Lloyd's of London syndicates.
Launch Insurance for Commercial Services
Commercial launch service providers (NSIL and private operators) must carry launch insurance covering three phases: pre-launch (damage during integration, testing, and transport), launch (from ignition through orbital insertion), and early orbit (typically first 30-180 days of operation). The satellite owner typically procures in-orbit insurance separately. For NSIL commercial launches, the launch services agreement specifies liability caps, usually at the launch price or a fixed amount, whichever is lower.
Recent Developments
India's space export landscape is evolving rapidly. Here are the key developments shaping the sector.
Indian Space Policy 2023 Liberalization
The most significant policy shift in Indian space history. The 2023 policy explicitly allows private companies to undertake end-to-end space activities. From satellite design and manufacturing to launch operations and ground segment services. IN-SPACe has processed over 150 authorization applications since the policy was notified, signaling strong private sector interest.
NSIL Commercial Launch Contracts
NSIL has secured multiple commercial launch contracts including the OneWeb constellation deployment using LVM3 (GSLV Mk III), marking India's entry into the heavy commercial launch market. NSIL is also marketing dedicated PSLV and SSLV missions for small satellite operators worldwide, with launch costs significantly below Western competitors.
Private Launch Vehicle Progress
Skyroot Aerospace successfully tested its Vikram-S sounding rocket (Prarambh mission) and is progressing toward orbital Vikram-1 launch. Agnikul Cosmos demonstrated India's first single-piece 3D-printed rocket engine and is testing its Agnibaan platform. These developments position India to offer private commercial launch services alongside NSIL, increasing export capacity.
Small Satellite Market Opportunity
The global small satellite market (sub-500 kg) is expected to see over 2,500 launches annually by 2030. India's SSLV targets this segment with a 500 kg to LEO capacity and a 72-hour launch-on-demand capability. Indian component manufacturers are positioning to supply solar panels, reaction wheels, star trackers, and communication sub-systems to small satellite builders worldwide.
Frequently Asked Questions
Related resources
SCOMET Export Controls Guide
Complete guide to India's SCOMET list and dual-use export controls.
Defence Export Compliance
How to navigate DDP licensing and defence export controls from India.
Restricted Party Screening
Screen your buyer against global denied and restricted entity lists.