Airtel becomes first African operator to commercially deploy Starlink mobile, starting in Congo

Airtel Africa has commercially launched Starlink’s satellite-to-mobile service in the Democratic Republic of Congo, becoming the first mobile operator in Africa to put the technology into commercial use and opening a new route to connectivity in areas beyond the reach of conventional cell towers.

The launch, announced on August 14, moves Airtel’s partnership with SpaceX from testing to a customer service and gives compatible Airtel subscribers access to basic mobile connectivity directly through Starlink satellites when terrestrial network coverage is unavailable.

The service is initially designed for light-data applications such as WhatsApp messaging and SMS. Customers do not need a satellite dish, router or other specialised equipment. Instead, a compatible LTE Android smartphone can connect to the satellite network where there is a clear view of the sky. Apple devices are expected to be supported later.

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The development could change the economics of connecting remote parts of Africa, where building towers, fibre links and supporting power infrastructure can be expensive because of difficult terrain, sparse populations and long distances.

For Airtel, the move is less about replacing its terrestrial network than extending its reach without having to build a tower in every hard-to-cover location.

“This is a significant milestone,” said Sunil Taldar, Airtel Africa chief executive officer, describing the service as a combination of Airtel’s terrestrial network and Starlink’s satellite technology.

The experience in DRC, will help guide expansion into other Airtel markets, subject to regulatory approval, he added.

Airtel Africa operates in 14 African countries and said it serves more than 183.5 million customers. Its agreement with SpaceX, announced in December 2025, was designed to bring Starlink Direct-to-Cell connectivity to customers outside terrestrial coverage.

The DRC launch follows successful testing in Kenya in March. During those tests, compatible 4G smartphones connected in areas with no terrestrial signal and supported services including WhatsApp, maps, Facebook Messenger and financial transactions through the MyAirtel app.

The commercial launch therefore represents a shift from proving that the technology works to testing whether satellite connectivity can become part of an operator’s everyday network offering.

DRC as a testing ground

The choice of the DRC is significant. The country’s size and geography make nationwide terrestrial coverage difficult. Large distances, forests, remote communities and areas with limited infrastructure increase the cost of extending traditional mobile networks.

That makes satellite connectivity potentially more valuable than in densely populated markets where towers and fibre can be deployed more easily.

Thierry Diasnoma, Airtel DRC managing director said the service would provide an additional layer of connectivity for people who live, work or travel outside the reach of conventional mobile infrastructure.

The potential users extend beyond ordinary consumers. Airtel expects the service to support transport and logistics companies, humanitarian organisations, health workers, farmers and mining operations, as well as communities in remote areas.

It could also serve as a backup when terrestrial networks are damaged by natural disasters or other disruptions.

That emergency function may become one of the most important applications of direct-to-mobile satellite technology. A conventional mobile network depends on physical infrastructure on the ground. Satellite connectivity offers another route when that infrastructure is unavailable.

The bigger African opportunity

The DRC launch is also an early test of whether satellite-to-phone services can become a practical complement to Africa’s terrestrial telecommunications infrastructure.

Airtel’s December agreement with SpaceX was built around Starlink’s 650-satellite direct-to-cell constellation and covered all 14 of Airtel Africa’s markets, subject to local regulatory approvals. The companies also plan to introduce more advanced capabilities as the technology develops.

For now, however, the service is deliberately limited. Users need compatible devices, an Airtel connection and access to the sky. The initial service focuses on messaging and light data rather than replacing conventional 4G or 5G broadband.

That distinction matters. Satellite-to-mobile technology is not yet a substitute for the capacity and speed of a dense terrestrial network. Instead, it fills the gaps between existing networks.

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Airtel’s strategy effectively creates a hybrid network: towers and fibre serve areas where terrestrial infrastructure makes economic sense, while satellites provide a connectivity layer for places where extending the ground network is difficult.

Eligible DRC customers can register through the MyAirtel App for a 30-day introductory trial. After the trial, access will be provided through eligible Airtel data bundles.

The commercial rollout also gives Airtel an early position in a technology that could become increasingly important as African operators look for ways to connect people beyond the limits of traditional infrastructure.

For Starlink, the partnership provides access to an established mobile customer base and local telecommunications infrastructure. For Airtel, it offers a way to expand network availability without bearing the full cost of building physical infrastructure in every remote location.

The next challenge will be regulatory approval and commercial expansion across Airtel’s other markets.

If the DRC deployment proves reliable and commercially viable, Airtel will have a blueprint for extending mobile coverage into some of Africa’s hardest-to-reach areas, turning satellite connectivity from a technology demonstration into another layer of the continent’s mobile network.