Satellite internet provider Starlink has announced plans for a new generation of satellites designed to connect ordinary smartphones directly to space-based networks, a move that could significantly expand mobile coverage in underserved regions around the world, including Nigeria.
The system, known as Starlink Mobile V2, is being developed by aerospace company SpaceX and aims to provide full cellular connectivity—including 5G capabilities—directly to mobile devices without requiring special hardware.
According to the company, the next-generation satellites will power what it describes as the highest-performing satellite-to-mobile network built so far, enabling users to connect to mobile networks from almost anywhere on the planet.
Advanced Satellite Technology
Starlink said the Mobile V2 satellites will feature custom silicon chips developed by SpaceX and advanced phased-array antennas capable of generating thousands of spatial beams.
The technology is expected to dramatically increase network capacity, delivering about 20 times more throughput than the first-generation satellites currently operating in Starlink’s constellation.
With the enhanced bandwidth, the satellites will be able to provide high-speed mobile connectivity directly to standard smartphones, supporting everyday online activities such as video streaming, video calls, podcast listening and remote work.
“In most environments, Starlink Mobile V2 will enable full 5G cellular connectivity with a comparable experience to current terrestrial service,” the company said.
The network is designed to integrate with telecom operators’ existing infrastructure, allowing smartphones to switch seamlessly between satellite coverage and ground-based 5G networks without interrupting service.
A New Frontier in Mobile Connectivity
Satellite-to-mobile technology is gaining traction globally as telecom companies seek more efficient ways to extend coverage to remote areas.
Unlike traditional satellite broadband—which requires a dedicated dish or terminal—direct-to-cell technology allows standard smartphones to connect to satellites using existing mobile spectrum.
Nigeria Eyes Satellite-Powered Coverage
In Nigeria, the regulator Nigerian Communications Commission (NCC) has already signalled growing interest in this technology. The commission’s Spectrum Roadmap for the Communications Sector (2025–2030) highlights Direct-to-Device (D2D) satellite services as a key strategy for improving connectivity.
According to the NCC, D2D technology could extend voice and data services directly to mobile phones in areas that remain outside the reach of traditional mobile towers, particularly in rural, riverine and border communities.
The regulator also noted that satellite connectivity could strengthen network resilience, providing backup communication during fibre cuts, power outages or other disruptions affecting terrestrial networks.
Partnerships With African Telecom Operators
Starlink’s satellite-to-mobile service will not be offered directly to consumers. Instead, the company plans to deploy the technology through partnerships with telecom operators.
Under this model, mobile network providers can use satellite coverage to fill connectivity gaps in regions where building cell towers is difficult or uneconomical.
One such partnership already exists with Airtel Africa, which signed an agreement with SpaceX last year to deploy Starlink’s Direct-to-Cell technology across its 14 African markets, including Nigeria. The arrangement would allow Airtel customers to connect directly to Starlink satellites when they move outside the reach of terrestrial mobile networks.
Meanwhile, MTN Group has also disclosed that it is in discussions with several satellite service providers, including Starlink, as part of efforts to expand connectivity to underserved areas across its operating markets.
Industry observers say the rollout of satellite-to-mobile networks could reshape telecommunications coverage across Africa, particularly in countries where large rural populations remain beyond the reach of conventional infrastructure.