Starlink competitors and alternatives in 2026

Starlink reshaped satellite internet, but it no longer has the sky to itself. A wave of low-Earth-orbit (LEO) constellations, direct-to-phone networks and established satellite operators are now chasing the same customers. For African users the question is sharper still: Starlink is live in 27 countries on the continent, yet it remains unavailable in major markets including South Africa, Egypt, Algeria, Morocco and Ethiopia. That gap makes a credible alternative more than an academic question.

This guide breaks down the main Starlink competitors as they stand in 2026: who they are, how far along they are, and crucially, which ones you can actually use in Africa today.

Last updated: 16 June 2026.

Starlink alternatives at a glance

One column in that table does a lot of work: orbit. Low-Earth-orbit (LEO) satellites fly a few hundred kilometres up, so signals reach them quickly and latency is low, but it takes thousands of them for global coverage. Medium-Earth orbit (MEO), used by SES, sits higher and needs fewer satellites while keeping latency reasonable. Geostationary (GEO) satellites park far above the equator, where a handful can cover a continent but the distance pushes latency much higher. That trade-off, between how many satellites a network needs and how responsive it feels, explains most of the differences below.

The low-Earth-orbit broadband rivals

These are the closest like-for-like competitors: constellations of LEO satellites beaming broadband to a dish, the same model Starlink popularised.

Eutelsat OneWeb (UK and France)

Eutelsat OneWeb is the most mature Starlink rival. Its 654-satellite constellation is complete and offers global coverage, with download speeds of 50 to 195 Mbps and latency of 30 to 70 milliseconds (ms). Unlike Starlink’s direct-to-consumer model, OneWeb sells through telecoms and enterprise partners. In Africa that already means real availability: Q-KON distributes its Twoobii-LEO service across Sub-Saharan Africa, and Namibia approved nationwide service through a local operator. Eutelsat has ordered 440 next-generation satellites from Airbus to begin replacing the first fleet from late 2026.

Amazon Leo (United States)

Amazon renamed Project Kuiper to Amazon Leo in November 2025, and the service entered enterprise beta in April 2026 ahead of a planned commercial launch in mid-2026. Amazon has roughly 210 to 240 satellites in orbit, well short of the 1,618 the US regulator required by July 2026, and has sought a deadline extension. Backed by Amazon’s scale and promising up to 1 Gbps for enterprise tiers, it reaches Africa through a partnership with Vodacom and Vodafone. For now it is a near-term promise rather than a service you can buy.

China’s Qianfan and Guowang

Often dubbed the “Chinese Starlink”, these two state-backed megaconstellations are racing to deploy. Qianfan, also called SpaceSail or G60, had around 182 satellites in orbit by mid-2026; the rival Guowang programme had about 168. Their combined long-term targets exceed 27,000 satellites. Both are early, and neither offers consumer service in Africa today, but they signal that the satellite-internet contest is becoming geopolitical as well as commercial.

Telesat Lightspeed (Canada)

Canada’s Telesat Lightspeed targets enterprise and government users rather than households, but its timeline has slipped: full service is now expected around 2028 after processor-chip delays, with pathfinder satellites due to launch late in 2026. It is one to watch rather than a current option.

Connect your phone directly: the direct-to-device challengers

A different category skips the dish entirely. Direct-to-device (D2D) networks beam a signal straight to an ordinary smartphone, filling coverage gaps rather than replacing home broadband. This is where Africa’s mobile operators are most active.

AST SpaceMobile (United States)

AST SpaceMobile is building a network that connects directly to standard phones, and it has the deepest African footprint of the D2D players. The company is integrating ground systems in Nigeria, Kenya and Senegal, and counts MTN, Orange, Vodacom and Axian Telecom among its partners, alongside a Vodafone agreement covering Europe and Africa through 2034. Its first five commercial BlueBird satellites are in orbit, with consumer service launching through 2026.

Lynk Global (United States)

Lynk Global runs “cell towers in space” for text and basic connectivity to existing phones. It has signed roughly 50 mobile-operator contracts across about 60 countries and is merging with Omnispace to expand. It targets emergency and rural coverage rather than full broadband.

Starlink’s own Direct to Cell

Starlink is chasing this market too. MTN Zambia became the first African operator to trial Starlink’s Direct to Cell service, a reminder that the dish and direct-to-phone races are being run by the same handful of companies.

The options you can already buy in Africa

If you need connectivity in an African market today, the realistic non-Starlink choices are the established operators, not the future megaconstellations.

SES O3b mPOWER (medium-Earth orbit)

Luxembourg-based SES runs O3b mPOWER in medium-Earth orbit (MEO), a middle ground that offers lower latency than traditional satellites without the thousands of spacecraft a LEO fleet needs. Ten of its 13 satellites are operational, and it is a long-standing supplier of backhaul and connectivity to African telecoms, enterprises and governments.

Viasat and the geostationary incumbents

Geostationary (GEO) providers such as Viasat, Eutelsat, Intelsat and Avanti have served Africa for years through VSAT terminals. Their latency is far higher than LEO (often around 600 ms), which makes video calls and gaming harder, but they offer wide, proven coverage and remain the default in many enterprise and remote deployments.

Eutelsat OneWeb, covered above, belongs in this group too: through its African distribution partners it is the LEO option most likely to be available to a business near you right now.

Why Starlink is not available across all of Africa

Starlink’s African rollout has been fast but uneven, and the reason is regulation rather than technology. Every country has to license the service, and several of the largest markets have held back. South Africa, the continent’s most developed telecoms market, has kept Starlink out over local-ownership rules that require licensed operators to be partly Black-owned. Egypt, Algeria, Morocco and Cameroon have yet to approve it, and a cluster of Horn of Africa states including Ethiopia and Sudan remain stalled. The upshot is that some of Africa’s biggest internet markets are exactly the ones where a Starlink alternative matters most.

What to check before you choose

Before committing to any satellite provider, weigh up a few practical points:

• Is it licensed in your country? A constellation can blanket Africa from orbit yet still be illegal to use without a local licence.
• Dish or phone? LEO broadband needs a dish with a clear view of the sky; direct-to-device only adds coverage for a phone you already own, not home broadband.
• Latency: LEO and MEO services handle video calls and gaming; geostationary connections, with latency near 600 ms, struggle with both.
• Data and cost: satellite plans often carry data caps and upfront hardware costs that terrestrial fibre does not.

Which Starlink alternative is right for you?

The right choice depends on what you actually need:

• Home or small-office broadband where Starlink is banned or unavailable (such as South Africa): look first at Eutelsat OneWeb through a local partner, or a GEO/VSAT provider if low latency is not essential.
• Enterprise, government or backhaul: SES O3b mPOWER and Eutelsat OneWeb are the established, buy-today options across most of the continent.
• Coverage for an ordinary phone in dead zones: watch AST SpaceMobile, which is rolling out with MTN, Orange and Vodacom, and ask your operator about direct-to-device plans.
• Best raw performance where Starlink is available: Starlink still leads on consumer speed and ease of setup. Our analysis of Starlink’s African speeds shows why it set the benchmark, and how local gateways change the experience.

Availability and pricing shift quickly, and regulation is often the deciding factor: South Africa’s standoff over local-ownership rules has kept Starlink out, while ICASA’s review of satellite spectrum could reshape which providers reach the country’s users. Amazon Leo’s commercial launch and AST SpaceMobile’s African rollout will both land during 2026, so the field below is likely to look different again by year-end. We will keep this guide updated.