Starlink Expands Global Mobile Service to Zimbabwe

The company plans to launch its direct-to-cell satellite service in over 150 nations worldwide.

Updated on Oct. 20, 2026 in Telecommunications

Isometric editorial illustration of a modern satellite antenna in a vast arid landscape, representing global mobile connectivity expansion.
Starlink is set to launch its direct-to-cell satellite service in Zimbabwe following recent regulatory approvals to expand connectivity across 150 nations. AI Illustration. Upload story photo >

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Following an FCC approval on September 17, 2026, Starlink is moving forward with plans to introduce its direct-to-cell mobile service in Zimbabwe. This technology connects mobile devices directly to satellites to provide coverage in areas lacking traditional cellular infrastructure.

Why it matters

The expansion aims to bridge connectivity gaps by providing mobile access to remote and underserved communities across Africa and beyond. By partnering with terrestrial operators, Starlink utilizes its satellite constellation to bypass the need for extensive ground-based networks.

Starlink utilizes low-Earth-orbit satellites and has secured mid-band spectrum in the 1.7GHz to 1.9GHz range for its operations. The service functions by linking compatible mobile phones directly to satellites through agreements with established terrestrial carriers.

The players

Starlink

This division of SpaceX operates a massive low-Earth-orbit satellite constellation designed to provide high-speed internet access globally.

Federal Communications Commission

This United States government agency regulates interstate and international communications by radio, television, wire, satellite, and cable.

MTN Zambia

This is a major terrestrial mobile network operator that conducted initial field testing for Starlink's satellite-to-phone capabilities.

The details

Starlink has identified 29 countries in Africa for its telecommunications expansion and has successfully completed field testing in Zambia as of March 2026. The service is supported by strategic partnerships with major global operators including T-Mobile, Rogers Communications, Deutsche Telekom, and Optus.

Timeline

  1. March 2026: MTN Zambia completed field testing of Starlink Mobile.

  2. September 17, 2026: The FCC approved Starlink's global mobile roaming application.

  3. September 2026: Starlink confirmed its strategic plans for expansion into African markets.

The Tech Race

The adoption of direct-to-cell satellite technology represents a significant shift in the global telecommunications race, challenging traditional terrestrial network monopolies. By bypassing legacy ground-based towers, Starlink positions itself as a critical player in closing the global digital divide.

Users in remote locations where terrestrial coverage is unreliable may soon gain consistent mobile access through their existing compatible devices. This shift promises to improve connectivity for travelers and residents in underserved regions without requiring new proprietary handsets.

The takeaway

Direct-to-cell satellite connectivity is rapidly transitioning from a theoretical concept to a viable solution for global telecommunications access. Residents in remote regions should monitor future announcements from their local carriers to determine when compatible service becomes available in their area.

Further reading

Learn more about the latest innovations in Telecommunications.

Source note: This article includes information reported by Bulawayo24 News.

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