Airtel Africa has begun commercial deployment of Starlink’s satellite-to-mobile connectivity service in the Democratic Republic of the Congo (DRC), creating a new layer of mobile coverage for customers in areas beyond the reach of conventional terrestrial networks.
The launch follows Airtel Africa’s partnership with SpaceX, announced in December 2025, to introduce Starlink Direct-to-Cell connectivity across the operator’s 14 African markets. The companies subsequently tested Starlink Mobile in Kenya in March 2026, where compatible 4G smartphones were able to connect in areas without terrestrial mobile coverage. Airtel Africa says the DRC is the first market in its network where the service has progressed from testing to commercial deployment.
The technology is designed to connect compatible mobile phones directly to satellites, rather than requiring a conventional satellite dish, dedicated terminal or other specialised equipment. In its initial form, the service supports messaging and relatively low-bandwidth applications. Airtel Africa has said that the technology is expected to evolve towards broader data capabilities and voice services as newer Starlink satellites are deployed and regulatory approvals are secured.
The development is particularly relevant to the DRC because of the country’s geography and the persistent difficulty of extending terrestrial telecommunications infrastructure across large and sparsely populated areas. The DRC has made considerable progress in mobile broadband coverage, but significant gaps remain. GSMA research published in 2025 estimated that about 68% of the country’s population had access to mobile broadband networks, leaving almost one-third outside coverage. It also identified difficult terrain, insecurity in some areas and the cost of network deployment as continuing obstacles to extending conventional infrastructure.
Airtel Africa’s own figures illustrate both the progress and the scale of the remaining challenge. The company says it served 18.8 million customers in the DRC during its 2024/25 financial year, including 5.6 million customers in rural or remote locations where infrastructure is limited or absent. During the same period, Airtel added 251 4G sites in the country and reported a 65% increase in data usage. These investments underline that satellite connectivity is emerging alongside, rather than necessarily replacing, terrestrial network expansion.
For users, the immediate significance of the Starlink service is therefore less about creating a substitute for conventional mobile networks and more about extending connectivity into areas where the economics or physical conditions make continuous terrestrial coverage difficult. Potential applications include communications for people travelling through remote areas, farmers, mining and logistics operators, humanitarian organisations and health workers. The service could also provide a communications fallback during temporary disruptions to terrestrial infrastructure, although its practical usefulness will depend on handset compatibility, service availability, pricing, regulatory conditions and the capacity of the satellite network.
Eligible Airtel DRC customers can register through the MyAirtel application for an introductory 30-day trial, after which access will be provided through eligible Airtel data bundles. The initial commercial service requires a compatible LTE Android smartphone and an active Airtel DRC data bundle, or data roaming where applicable. Airtel has said that Apple devices are expected to be supported in the future.
The commercialisation of satellite-to-mobile connectivity also needs to be viewed within the wider African connectivity landscape. The continent’s digital divide is not explained solely by the absence of network infrastructure. Affordability, smartphone ownership, digital skills, electricity availability and the relevance of online services remain substantial determinants of whether people who live within coverage actually use mobile internet. GSMA’s 2025 research found that Africa’s mobile internet usage gap remained considerably larger than its coverage gap, demonstrating that extending a signal alone does not automatically translate into meaningful connectivity.
This distinction is especially important in the DRC. DataReportal estimated that internet penetration stood at about 30.6% at the beginning of 2025, while the World Bank’s latest available indicator puts internet use at 20% of the population in 2024, reflecting differences in methodology and measurement rather than necessarily a contradiction. Both sets of figures point to a substantial population that remains offline or under-connected. Satellite-to-mobile technology may address part of the geographical problem, but it does not by itself resolve the economic and social barriers that keep many people from using digital services.
The DRC’s experience could nevertheless provide an important test case for how satellite connectivity can complement African telecommunications infrastructure. Rather than viewing the technology as a wholesale replacement for mobile towers, fibre or other terrestrial systems, its initial role is more accurately understood as an additional connectivity layer for locations where conventional infrastructure has limitations.
The partnership also illustrates a broader shift in the structure of African telecommunications. Network expansion is increasingly involving combinations of terrestrial infrastructure, fibre, mobile networks, low-Earth-orbit satellites and infrastructure-sharing arrangements. For African operators and regulators, the central questions will extend beyond technological capability to issues of spectrum management, consumer protection, affordability, competition, data governance and the relationship between satellite providers and domestic telecommunications ecosystems.
For Airtel Africa, the DRC launch represents an early commercial application of a technology the company intends to extend across its wider footprint. For the DRC, it offers another instrument for addressing a longstanding connectivity challenge in a country where distance, terrain and infrastructure costs have made universal coverage particularly difficult.
The significance of the development, therefore, lies not simply in the arrival of Starlink on the African telecommunications market, but in the possibility of integrating satellite technology into an existing African connectivity ecosystem. Whether that translates into meaningful and affordable access for communities beyond terrestrial coverage will depend on how the service develops, how regulators manage its expansion and, ultimately, whether consumers and businesses can afford to use it.
