Starlink has already established satellite internet as a viable connectivity option in Africa, reaching 26 markets and an estimated 300,000 subscribers by mid-2026.

Amazon Leo is now entering that market, but it is not simply trying to win Starlink’s customers. It is building gateways, working with telecom operators and positioning satellite capacity as another layer of Africa’s connectivity infrastructure.

That gives African carriers an increasingly important role. MTN, Airtel, Vodacom and Orange are already using satellite alongside fibre and microwave, choosing where it makes more sense to buy capacity than build another terrestrial link.

In this #TechTalkThursday edition, we examine how Starlink’s first-mover advantage, Amazon Leo’s different route into the market and the growing role of African carriers could shape the next phase of satellite internet on the continent.

Amazon’s is Building the Ground Network It Needs to Compete

Amazon’s first African moves suggest that its opportunity extends beyond selling satellite terminals directly to households. In Kenya, Amazon Kuiper Kenya Limited has applied for a 15-year International Gateway Operator licence  to establish a satellite earth station and network control centre, following an earlier application for a Network Facilities Provider licence. The gateway would connect Amazon’s satellite network to terrestrial and international networks, giving it a local infrastructure base for expansion.

South Africa gives Amazon another route. Herotel will handle installation, customer service and field operations for Amazon Leo’s evry service when it launches commercially in 2027. Amazon has also agreed with Vodafone to use Leo to connect remote 4G and 5G sites, a model that can extend into Africa through Vodacom.

That makes Amazon’s strategy broader than direct broadband. It can sell a terminal to a household or business, but it can also sell capacity to an operator that needs to connect a remote site without building another terrestrial link.

The Carrier Network is Where Satellite Has to Prove Its Value

For African operators, the question is not which satellite company wins. It is where satellite makes more economic sense than extending the terrestrial network.

Airtel Nigeria’s network strategy already combines mobile and fibre infrastructure, expanded spectrum, cloud and IT systems, and satellite-enabled connectivity. At the company’s first media roundtable of 2026, CEO Dinesh Balsingh said Airtel had deployed satellite technology where terrestrial fibre was impractical.

That puts satellite at the edge of the network rather than at its centre. Fibre remains useful where operators can build it economically, while satellite becomes more valuable where terrain, distance or the cost of civil works make terrestrial deployment difficult. Analysys Mason estimates  that LEO backhaul can cut rural rollout time by 40% to 60% in such markets. Airtel is already extending that model beyond backhaul: in August, it launched Starlink satellite-to-mobile service in the DRC, combining its terrestrial network with satellite coverage where conventional infrastructure cannot reach.

MTN’s approach points to the same model. In an interview with TechAfrica News, Ebenezer Asante said:

“The way to go with all disruptive technologies, satellite is not an exception, is to find a way of partnering. MTN is in partnership with all of them. We need to do what we need to do with the investment that we put in, but at the same time we should also take advantage of some of these emerging technologies. MTN does not really see the emerging technologies as threats. All we are asking for is regulation that is in tune and in line with the evolution of technology.”

– Ebenezer Asante, Senior Vice President, Southern and East Africa, Ghana and Sudan Regions, MTN Group

For satellite providers, that changes the prize. They are competing for a place inside networks operated by MTN, Airtel, Vodacom and others, not only for the households that Starlink has already taught to buy satellite broadband.

Satellite Makes More Sense Where the Last Mile Gets Expensive

The strongest business case appears where terrestrial expansion becomes disproportionately expensive. Connecting a remote mobile site with fibre can require civil works, rights of way and long construction timelines. Microwave avoids some of those constraints, but still depends on terrain and suitable network conditions. LEO can provide backhaul without extending physical infrastructure all the way to the site.

Amazon is explicitly targeting that gap. An Access Partnership study commissioned by Amazon estimates  that NGSO satellite systems could save operators at least $10.3 billion in terrestrial infrastructure costs across the Southern African Development Community and generate up to $16.9 billion in annual economic benefits.

Those numbers should not be treated as a forecast of what African operators will actually save. They do, however, show the market Amazon is targeting: locations where the cost of extending terrestrial infrastructure is high enough for satellite to become commercially useful.

That also explains why the operator channel could matter more than the consumer terminal. If satellite can connect a remote base station, the operator can extend mobile coverage without waiting for a new fibre route or asking every customer in the area to buy satellite equipment.

More Satellite Capacity Will Not Make Terrestrial Networks Obsolete

There is, however, a ceiling to how much of Africa’s connectivity satellite can realistically absorb. LEO can extend networks into places where terrestrial infrastructure is difficult to build, but its physical capacity means it is unlikely to become a wholesale replacement for fibre, microwave and mobile networks.

MTN Group CEO Ralph Mupita captured the operator view in a TechAfrica News Podcast episode:

“Satellites aren’t here to replace terrestrial networks. They’re here to complement them, especially in remote regions and over water bodies where traditional infrastructure can’t reach. At MTN, we see this playing out in three clear ways: enterprise backhaul, home broadband, and direct-to-device connectivity.”

–Ralph Mupita, CEO and President, MTN Group

That constraint also limits how large satellite can become relative to terrestrial connectivity. Industry estimates put satellite telecommunications at roughly €20 billion globally, only 1% to 2% of the wider telecommunications market, with physical capacity among the factors limiting how far that share can expand. Starlink has already encountered the practical side of that constraint in Kenya, where it temporarily stopped accepting new residential orders in several counties after available capacity was exhausted.

For Amazon, launching another constellation does not remove the problem. It still has to put capacity where demand exists and price that capacity well enough for operators, enterprises and consumers to use it.

Cheaper Satellite Still Does Not Mean Affordable Satellite

The consumer market adds another limit. In 2023, Starlink’s $30 monthly plan represented roughly 22% of monthly GNI per capita in Sub-Saharan Africa, a calculation based on World Bank data. By 2026, Starlink’s prices vary sharply across markets, from a $10 capped plan in Kenya to $28-$34 unlimited plans in markets such as Ghana and Rwanda, with newer markets including Côte d’Ivoire reaching $50 or more.

The difference is significant across income levels. In Kenya, the $10 plan is about 5.5% of monthly GNI per capita, but a $61.70 Starlink plan in São Tomé and Príncipe represented 26.7% of monthly GNI per capita in 2024. Lower-cost tiers can widen the market, but satellite broadband remains expensive for many African households.

Amazon could compete on hardware. The company says its standard Leo terminal costs less than $400 to manufacture , giving it room to price hardware more aggressively, but it has yet to disclose African service prices. That leaves the bigger question unanswered: can Amazon make satellite connectivity cheap enough for the mass market, or will its stronger opportunity sit with operators buying capacity wholesale?

That is another reason the operator market matters. A customer does not need to buy a satellite terminal when Airtel, MTN or Vodacom uses LEO to connect a remote base station. Satellite can reach the customer indirectly through the mobile network.

Satellite Competition Will Be Won by the Providers That Become Part of Africa’s Telecom Networks 

The immediate value of a more competitive satellite market may be less about replacing existing connectivity than changing how operators decide where to spend on it. As more LEO capacity becomes available, carriers can use satellite for sites where building fibre or other terrestrial links takes too long or costs too much, without having to treat it as a substitute for the networks they already operate.

That could make the current competition between Starlink, Amazon Leo and other providers consequential even if only a fraction of African traffic ever moves through satellites. Operators gain another option for difficult sites, while satellite companies gain access to customers and network demand they cannot reach through direct retail sales alone.

The bigger uncertainty is what happens as the market matures. Trabbia expects consolidation among satellite providers, which could eventually leave African operators with fewer choices over capacity and pricing. Until then, the competition gives carriers more room to decide which technology fits each part of their network.

For Amazon, that is the real test of its African strategy. Its gateways, operator partnerships and wholesale ambitions give it a route into the telecom infrastructure market, but it still has to prove that Leo can deliver enough capacity at a cost operators can justify.

The winner may not be the satellite provider with the most African subscribers, but the one that becomes the most useful piece of the networks connecting them.