African Telecom Operators Explore Starlink's Direct-to-Mobile Service: A Turning Point in Satellite Connectivity

A major shift is taking place in the African telecommunications market. After MTN Zambia successfully tested Starlink’s Direct-to-Cell service, other carriers across the continent are beginning to see this satellite technology as a strategic opportunity to overcome the limitations of traditional infrastructure. On Friday evening, MTN Zambia officially announced that they had completed field trials of Elon Musk’s satellite company’s Direct-to-Cell service, marking the first time an African carrier has achieved this milestone.

Why Carriers Are Investing in Direct-to-Cell Technology

To understand the significance of this move, consider the context of the African telecom market. Most remote areas across the continent remain uncovered by traditional cell towers, creating large “coverage gaps” where people cannot connect to mobile networks. For carriers, this represents a potential loss of revenue and business opportunities.

Starlink’s Direct-to-Cell operates on a different principle: instead of relying on traditional towers, this technology allows standard LTE/4G/5G phones to connect directly to satellites, anywhere with a clear sky. The service provides basic features like SMS, voice, and data—capabilities previously limited to major cities.

Over 7 million MTN Zambia subscribers could benefit from this expanded coverage. Satellite technology acts as a “mobile tower in the sky,” utilizing advanced antenna arrays to tap into Starlink’s satellite network. This means rural areas, wildlife reserves, and regions surrounded by rivers—areas previously without connectivity—will now receive quality internet, voice, and video services.

MTN Zambia Leads the Race: Technical Validation and Next Steps

MTN Zambia hasn’t just completed a trial; they’ve demonstrated the ability to transmit data sessions and perform fintech transactions by combining their spectrum with Starlink’s constellation. This proves the service’s feasibility beyond theory.

However, MTN Zambia is now awaiting regulatory approval to roll out the service widely. The carrier has announced that these milestones pave the way for commercial deployment in the coming weeks, pending approval from authorities. Clearly, MTN Zambia aims not only to be the first African carrier to validate this technology but also to be the first to officially launch the Direct-to-Cell service.

The gap between successful testing and commercial deployment isn’t technical—it’s regulatory. Approval from authorities will be the decisive factor for any carrier wanting to bring this technology to market.

Competition Heats Up: Other Carriers Ready to Act

MTN Zambia isn’t the only carrier viewing Direct-to-Cell as a strategic opportunity. The broader market is heating up.

Airtel Africa has signed a partnership with Starlink to deploy satellite-based Direct-to-Cell connectivity in 14 markets, including Nigeria, by 2026. This long-term commitment indicates that the carrier sees this technology not just as a temporary trial but as a core part of its growth strategy.

Not only Starlink but other companies are also entering the space. On Tuesday, AXIAN Telecom announced a partnership with AST SpaceMobile to launch space-based broadband services, enabling 4G/5G voice and data directly to standard mobile phones. The diversity of satellite providers shows that Direct-to-Cell isn’t a passing trend but a genuine industry shift.

Carriers are viewing this technology as a way to compete effectively with rivals. For example, MTN Zambia uses Direct-to-Cell to enhance competitiveness against Airtel Zambia by offering more reliable and extensive coverage.

Complementing Existing Technologies: 5G and Satellite Connectivity in Tandem

Interestingly, Direct-to-Cell isn’t replacing current mobile infrastructure entirely. MTN Zambia recently launched 5G services in major cities like Lusaka, Kitwe, and Ndola, with Direct-to-Cell seen as a complementary extension to broaden reach.

This strategy makes sense: in urban areas, carriers will continue to rely on 5G for high speed and performance. But in remote regions where deploying 5G infrastructure is too costly, Direct-to-Cell will ensure basic connectivity for residents.

A New Era for Africa: Bridging the Digital Divide

This move marks a new era for African telecommunications. If carriers can deploy Direct-to-Cell effectively, Africa could significantly reduce its “digital connectivity gap.” People in remote areas will gain access to digital financial services, online education, and health information—services that rely heavily on internet access.

For carriers, this is an opportunity to eliminate “dead zones” and expand their customer base. Those who can quickly implement Direct-to-Cell will have a clear competitive advantage in the coming years. With Starlink, AST SpaceMobile, and other satellite companies ready to provide these services, African carriers are stepping into a new age of limitless connectivity.