Airtel Africa tests Starlink mobile in dead zones, plans expansion across 14 markets

Airtel Africa has successfully tested SpaceX’s Starlink Mobile direct-to-cell service in parts of Kenya with no terrestrial mobile signal, bringing the satellite technology a step closer to closing long-standing connectivity gaps across sub-Saharan Africa.

The trials took place in remote dead zones where traditional cell towers do not reach. On ordinary 4G-compatible smartphones, the service connected seamlessly to SpaceX’s constellation of around 650 low-Earth orbit satellites, enabling light data uses such as WhatsApp calling and messaging, maps, Facebook Messenger, and mobile financial transactions through the Airtel app.

This marks a concrete advance since Airtel Africa and SpaceX announced their partnership in December 2025. The deal aims to launch commercial Starlink Mobile services across all 14 of Airtel’s markets starting in 2026, initially with messaging and limited data for compatible phones.

Read also: Starlink direct-to-cell coming to Nigeria in 2026

“We are thrilled to move from announcement to actionable steps with our partners at SpaceX. This testing phase in Kenya is a testament to our commitment to expanding access. By integrating Starlink Mobile’s technology, we are ensuring that our customers remain connected even when they travel beyond our terrestrial network,” Sunil Taldar, CEO of Airtel Africa, said in a statement.

Airtel Africa, which now serves about 179 million customers across sub-Saharan Africa, faces a structural challenge: roughly 10 percent to 25 percent of the region’s population still lives outside mobile broadband coverage, with much larger gaps in rural areas where building and maintaining towers is expensive due to sparse populations, difficult terrain and security issues. Even where coverage exists, a significant usage gap persists because of affordability, device access and digital skills.

The Starlink partnership offers a hybrid solution. Airtel already uses Starlink for backhaul, carrying traffic from remote base stations, since a May 2024 agreement.

The new direct-to-cell technology goes further: it turns satellites into cell towers in space, allowing standard smartphones to connect without extra hardware or new ground infrastructure.

Insights from the Kenya tests will help refine the service before wider rollout, subject to regulatory approvals in each country. Airtel and SpaceX also plan to introduce voice calling and higher data speeds using next-generation Starlink Mobile V2 satellites, which promise significantly improved performance, potentially approaching broadband-like experience directly on phones.

Read also: Nigeria’s rural dead zones set to light up with Starlink phone coverage

For a continent where mobile money, education apps and basic commerce increasingly drive economic activity, reliable connectivity in remote areas could have broad impact. Airtel’s customers include many in markets like Nigeria, Kenya, Uganda and Tanzania, where rural populations often rely on agriculture or informal trade.

Industry analysts see the move as part of a global trend toward satellite-to-mobile integration, with SpaceX positioning Starlink as the world’s largest direct-to-cell constellation. Similar partnerships exist in other regions, but Airtel’s pan-African scale makes it the first major operator on the continent to pursue such broad deployment.

No specific commercial launch dates were given beyond the 2026 target, and success will depend on securing spectrum and operational approvals country by country. Regulators in several African nations are still evaluating potential interference and licensing issues for direct-to-cell services.

If scaled successfully, the technology could help narrow Africa’s digital divide without the massive capital outlay traditionally required for rural tower expansion, while allowing Airtel to retain customers who might otherwise lose signal when travelling or living in hard-to-reach zones.