Airtel Africa has announced a landmark partnership with Elon Musk’s SpaceX to deploy Starlink’s direct-to-cell satellite technology across all 14 of its operating markets in Africa, a move expected to significantly expand mobile connectivity for its more than 174 million customers.
Under the agreement, the service is scheduled to launch in 2026, enabling compatible smartphones to connect directly to satellites without the need for traditional cell towers or specialised hardware.
The initial phase will support text messaging and limited data services for selected applications, targeting remote, rural, and underserved areas where terrestrial mobile networks are weak or unavailable.
With this development, Airtel Africa becomes the first mobile network operator on the continent to roll out direct-to-cell satellite connectivity, complementing its existing infrastructure and helping to eliminate long-standing coverage “dead zones” that have constrained digital inclusion, economic activity, and emergency communications.
The partnership also provides for future support of Starlink’s next-generation broadband direct-to-cell system, which will utilise advanced satellites capable of delivering data speeds up to 20 times faster for smartphone users.
Commenting on the collaboration, Airtel Africa Chief Executive Officer, Sunil Taldar, said the technology would help bridge persistent connectivity gaps. “Starlink’s Direct-to-Cell technology complements terrestrial infrastructure and extends coverage to areas where deploying traditional network solutions is challenging.
We are excited about this collaboration, which will establish a new standard for service availability across all our 14 markets,” he said.
The Airtel Africa–SpaceX deal mirrors similar partnerships globally, including Ukraine’s Kyivstar, which became Europe’s first operator to launch the service in November 2025 amid ongoing connectivity challenges.
While the rollout remains subject to regulatory approvals in each operating country, the agreement positions Africa at the forefront of satellite-integrated mobile networks, with the potential to transform access to education, healthcare, agriculture, and disaster response services in hard-to-reach communities.
