Reliance Jio may turn to SpaceX for launch services as it prepares to deploy a proposed constellation of approximately 1,600 low Earth orbit (LEO) satellites for broadband connectivity across India. The project, showcased at India Mobile Congress 2026 in New Delhi, aims to extend internet access to remote villages, islands, border areas and other locations where conventional mobile towers and fibre-optic networks are difficult to establish. The possibility of using SpaceX rockets highlights the importance of commercial launch providers in the expanding satellite communications industry. However, a launch contract between Jio and SpaceX has not been confirmed in the publicly available reports reviewed for this article. Moneycontrol’s report on Jio’s satellite plans provides details of the proposed network.
Jio’s satellite initiative is part of its broader strategy to combine space-based connectivity with its existing terrestrial telecommunications infrastructure. The company plans to establish 23 ground stations and has outlined a vision of reaching more than 600,000 villages. According to The Economic Times, Jio is targeting a test flight in September 2027, followed by phased deployment beginning in 2028. It aims to deploy 400–450 satellites by 2030 and complete the proposed constellation by 2035. These are reported targets, not guaranteed deadlines, and the eventual schedule will depend on manufacturing, launch availability, regulatory approvals and technical testing. The Economic Times has reported on the deployment roadmap.
Jio’s 1,600-Satellite Plan Explained
Jio is planning a low Earth orbit satellite constellation designed to provide broadband and potentially direct-to-device connectivity. Unlike traditional geostationary satellites, which orbit much farther from Earth, LEO satellites operate at lower altitudes and can offer lower communication latency.
Jio’s proposed constellation is expected to operate at an altitude of approximately 650 kilometres. The company plans to use the satellites alongside terrestrial networks to reach locations where building and maintaining conventional infrastructure is challenging.
The network is expected to support several applications, including:
- Broadband connectivity for remote villages and underserved communities.
- Internet access for islands and border outposts.
- Connectivity for aviation, maritime operations and remote industrial sites.
- Communications support for government and disaster-response operations.
- Potential direct-to-device services, subject to the required technology and regulatory permissions.
Jio has presented the initiative under the banner of “Sovereign Satellite Connectivity”, emphasising domestic control over the network’s development and operations.
The 1,600-satellite figure represents a proposed constellation, not a network that is already operational. Establishing such a system would require years of satellite production, launches, ground infrastructure development and testing.
Why Jio May Consider SpaceX Rockets
Building a satellite network requires more than designing and manufacturing spacecraft. Every satellite must be delivered into its intended orbit, and a large constellation requires repeated launches.
SpaceX operates Falcon 9 rockets and has extensive experience deploying satellites, including those used by its Starlink broadband service. Its established launch operations make the company an important provider in the commercial space industry.
If Jio uses SpaceX rockets, it could gain access to launch capacity without having to develop its own launch vehicle. A commercial launch arrangement could also help Jio plan deployment around available missions and payload requirements.
However, the potential use of SpaceX rockets must be distinguished from Jio’s satellite technology and its eventual broadband service. A launch provider transports a spacecraft into orbit; it does not automatically own or operate the satellite network.
Jio could therefore use an external launch provider while continuing to develop and operate its own communications infrastructure.
There is also a strategic consideration. Jio and SpaceX could compete in satellite broadband while maintaining a commercial relationship in the launch market. This would not be unusual in the space industry, where satellite operators often purchase launch services from companies that also operate their own satellite businesses.
For now, the reported possibility of a SpaceX arrangement should be treated as unconfirmed until the companies disclose specific terms or a contract.
Jio’s Satellite Deployment Timeline
Jio’s project is expected to progress in phases rather than launch all 1,600 satellites at once.
| Milestone | Reported plan |
|---|---|
| Proposed constellation | Approximately 1,600 LEO satellites |
| Planned orbital altitude | Around 650 kilometres |
| Ground infrastructure | 23 ground stations |
| First test flight | Targeted for September 2027 |
| Initial deployment | Expected to begin in 2028 |
| Deployment by 2030 | Approximately 400–450 satellites |
| Full constellation | Targeted for completion by 2035 |
| Launch provider | SpaceX has been discussed as a possibility; a confirmed contract has not been established in the reports reviewed |
The test flight would allow Jio to evaluate satellite hardware, software, communications equipment and other technologies before scaling up deployment.
After the test, the company would need to put additional satellites into orbit and establish enough coverage and capacity to deliver useful services. The speed of that process would depend on launch schedules, satellite manufacturing and the performance of the initial system.
How Jio’s Satellite Network Could Work
The planned network would connect satellites in orbit with ground stations and Jio’s existing terrestrial infrastructure.
Ground stations act as communication gateways between satellites and networks on Earth. They help route data between satellite links and the wider internet or other communications systems.
Jio’s proposed 23 ground stations would form an important part of this architecture. Integrating the satellite network with existing mobile and fibre infrastructure could help the company extend connectivity without building a conventional tower or fibre connection at every location.
Satellite broadband is particularly relevant to remote areas because a satellite can serve locations that would otherwise require expensive infrastructure construction. However, service performance would depend on factors such as satellite capacity, the number of users, ground equipment and weather conditions.
Direct-to-device connectivity is another potential application. This technology aims to let compatible mobile devices communicate with satellites, potentially extending connectivity beyond the reach of terrestrial networks. It requires appropriate spectrum, compatible equipment and network capabilities, so it should not be assumed that all existing smartphones will automatically work with Jio’s future satellite network.
Jio and SpaceX Could Compete Despite a Launch Partnership
The possibility of Jio purchasing launch services from SpaceX is notable because the two companies have overlapping ambitions in satellite connectivity.
SpaceX operates Starlink, a global LEO broadband network. Jio wants to build its own satellite constellation and integrate it with its established Indian telecommunications business.
Their potential commercial relationship would not be entirely new. In March 2025, Jio Platforms announced an agreement with SpaceX to explore offering Starlink broadband services to Jio customers in India, subject to the required authorisations. That agreement concerned distributing Starlink services, rather than confirming that SpaceX would launch Jio’s own satellites. Jio’s March 2025 announcement explains the distinction.
The broader satellite market includes other operators and planned constellations, making launch capacity, network coverage and regulatory permissions important competitive factors.
Jio’s existing customer base and terrestrial infrastructure could help it distribute satellite services, while SpaceX has extensive experience in launch operations and satellite deployment. Whether the two companies enter an additional launch-services agreement remains an open question.
Regulatory Approvals and Technical Challenges
Jio’s proposal has reportedly received a favourable technical assessment from India’s space regulator, the Indian National Space Promotion and Authorisation Centre (IN-SPACe). This is an important milestone, but it does not mean that every approval needed for deployment and commercial operations has been completed.
Satellite operators must coordinate orbital positions and radio frequencies to avoid harmful interference with other systems. They also need to satisfy applicable security, spectrum and operating requirements.
The manufacturing process presents another challenge. Producing hundreds of satellites requires reliable supply chains, testing facilities and sufficient funding. Ground stations must also be built and connected to the wider communications network.
Finally, Jio will need to demonstrate that its satellite service can offer reliable connectivity at a competitive price. Satellite broadband can complement fibre and mobile networks, but it does not automatically replace them, particularly in densely populated locations where terrestrial infrastructure can provide substantial capacity.
The Bigger Picture
Jio’s proposed 1,600-satellite constellation represents an ambitious attempt to extend India’s connectivity infrastructure into space. If implemented, it could help serve remote communities and provide additional connectivity options for businesses and public services. A potential SpaceX launch arrangement would illustrate how satellite operators can rely on external launch providers even while competing in the same broadband market.
The project remains a long-term undertaking. Jio must progress from planning and technical assessment to satellite production, test launches, phased deployment and commercial operations. Launch availability, regulatory permissions and the economics of satellite broadband will determine how quickly the network becomes viable.
Looking Ahead
The next major milestone is Jio’s reported target of a September 2027 test flight. The company will need to finalise its launch arrangements, prepare its satellites and establish supporting ground infrastructure before beginning large-scale deployment. Confirmation of a SpaceX contract, including the number of launches and the deployment schedule, would clarify whether the US company will play a role in putting Jio’s constellation into orbit.
Over the longer term, the network could strengthen India’s satellite communications capabilities and extend broadband access to underserved regions. Its success will depend on reliable launches, effective integration with terrestrial networks and affordable services for customers. Until a specific launch agreement is confirmed, the potential use of SpaceX rockets remains a reported possibility rather than an established part of Jio’s deployment plan.
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