Starlink Speed by Country 2026 — Global Performance Rankings

Starlink speed by country can vary by 3-5x

The most important thing to understand about Starlink international speed in 2026 is that there is no single global number that describes everyone's experience. A lightly loaded rural cell in Malawi can push well over200 Mbps, while a congested suburban cell in a mature market may struggle to hold 70 Mbps during the evening peak. That is why Starlink speed by country has become such a useful benchmark: it captures the interaction between orbital capacity, ground infrastructure, and demand.

Our 2026 leaderboard shows average download performance ranging from208 Mbps in the fastest country to below100 Mbps in more constrained markets. The global average sits around 150 Mbps, uploads usually land at roughly10-12% of download speed, and latency falls between25-60ms in strong markets. If you want to see where your own connection fits relative to your country and the worldwide average, run our Starlink speed test first, then compare the result against the country-level patterns below.

Global speed leaderboard — top 15 countries by average download

The ranking below is illustrative but internally consistent. It highlights a pattern that surprises many users: the Starlink fastest country is not always the richest or most saturated market. Average download matters most for the headline table, but upload, ping, and subscriber count provide the context that makes the Starlink speed rankings meaningful rather than decorative.

Three conclusions stand out. First, the global average of150 Mbps is not a ceiling; several countries comfortably beat it. Second, upload speed tracks closely at about one-tenth of download, which is normal for the platform. Third, scale does not guarantee leadership. The US remains a strong market, but it is mid-pack by Starlink speed global standards because heavy subscriber load suppresses the headline average.

Why Malawi tops the charts and US is mid-pack

Malawi leads for the same reason some remote fiber nodes outperform big-city cable networks: low contention. Starlink capacity is distributed across cells, not pooled into one universal bucket. If a country has relatively low subscriber density, each active household gets a larger share of local capacity. That is why Malawi can average 208 Mbps even without the enormous subscriber base or public profile of the US, UK, or Canada.

The US shows the opposite effect. It has one of the largest installed bases in the world, which is good for network maturity but bad for uncongested averages. During off-peak periods, many American users can easily exceed200 Mbps. But the country-level average falls toward165 Mbps because millions of sessions compress the busy-hour experience. In other words, the US is not technologically weak; it is demand heavy. For a user comparing Starlink speed rankings, that distinction matters.

This is the same pattern seen across broadband more broadly. Dense, desirable markets attract more customers, and more customers create congestion unless capacity expands in parallel. You can explore how Starlink stacks against local fixed wireless and fiber alternatives in our provider comparison tool. For broader context on how throughput benchmarking is usually measured, sites like Ookla's Global Index and public Starlink infrastructure references are useful benchmarks.

Europe deep-dive: UK / Germany / France / Italy / Spain

Europe is the cleanest example of how mature regulatory approval and uneven demand can coexist. The UK sits near the top globally at 194 Mbps, helped by strong gateway access and a rural demand profile that remains broad but manageable. Germany lands at 148 Mbps, France at142 Mbps, Spain at 138 Mbps, and Italy at135 Mbps. Those are all respectable numbers, but they show the cost of scale in Western Europe: once a market becomes popular, the average narrows toward the global midpoint.

The UK stands out because it combines mature infrastructure with a user base that is large but not yet crushingly dense in every cell. Germany and France are more balanced. They offer strong latency, often around 30-32ms, but average download sits closer to the mean because Starlink competes against strong terrestrial broadband and still attracts a sizable rural audience. Italy and Spain show a similar pattern, with slightly lower downloads and modestly higher ping, especially in more geographically complex areas.

If you want to compare these countries against each other and against your own expected use case, our side-by-side comparison page is the right next step. The broader coverage picture also matters, which is why our coverage map is often more useful than a raw speed number in isolation.

Americas: US / Canada / Mexico / Brazil / Chile

The Americas have wider dispersion than Europe. Canada is exceptionally strong at 182 Mbps, largely because its subscriber base is meaningful without being overloaded in every served area. The US averages165 Mbps, which is solid but not dominant. Mexico at120 Mbps and Brazil at 115 Mbps show how a combination of distance, backhaul variability, and growing adoption can pull averages down even when Starlink is transformative for real users.

Chile is not in the top 15 table, but it remains an important reference market for the region because mountainous terrain and long geography make Starlink unusually valuable. Across the Americas, the story is less about whether the service works and more about how much spare capacity remains at peak. Canada has more headroom. The US has more volume. Latin American markets often have huge practical benefit even when their raw averages sit below the global midpoint.

Asia-Pacific: Japan / Philippines / Australia / New Zealand

Asia-Pacific is where latency and coverage geography become especially visible. Australia posts a strong 154 Mbps average and remains one of the better large-market examples of Starlink working at scale in remote territory. Japan comes in at 128 Mbps, which is usable and often excellent for rural and backup scenarios, but it is dragged down by a denser demand pattern and a highly competitive terrestrial broadband environment.

The Philippines, at 92 Mbps, illustrates the lower end of the top-15 range. That does not mean the service is poor; it means the market-level average reflects higher latency, more variation, and less forgiving coverage geometry. New Zealand, while not listed in the top 15 here, typically behaves closer to Australia than to the Philippines thanks to lower density and strong rural relevance. In APAC, country averages are often a better guide than marketing claims because the spread is large and local conditions matter.

Africa breakout: Malawi / Kenya / Nigeria / South Africa

Africa is the most interesting region in the 2026 Starlink speed rankings because it contains both the outright leader and several markets still maturing. Malawi is the standout at 208 Mbps, driven by a favorable ratio between active subscribers and available cell capacity. Kenya generally benchmarks as a strong mid-tier performer, often balancing usable latency with improving average download. Nigeria and South Africa tend to show more variation, especially where urban adoption rises faster than ground integration and local backhaul can absorb.

The crucial point is that Africa's breakout story is not just about “new market equals fast market.” It is about low contention. Where Starlink is newly available and adoption is still ramping, each customer gets a larger slice of the network. That is why a market like Malawi can outrank mature North American and European countries. Over time, if subscriber growth accelerates, the average will likely normalize toward the global mean unless more capacity is added.

Regional averages are useful because they prevent a common reading error. If you only look at a top-15 country table, you can come away thinking Starlink is universally either fast or slow depending on the few countries you recognize. The regional view shows something subtler. Europe is consistently good rather than spectacular. The Americas are uneven but lifted by Canada. APAC is highly geography-dependent. Africa has the highest upside relative to expectations. And the Middle East remains harder to summarize because regulatory access and routing paths are less uniform from one market to the next.

That broader lens matters if you are using Starlink as a relocation input, a backup-internet decision, or a business continuity tool. A country with a lower average can still be the better choice if terrestrial options are weak and Starlink is stable. A country with a high average may still disappoint if your specific service area sits in a crowded peri-urban cell. Country averages are an excellent starting point, but they are still only a proxy for what happens at your exact address.

Ground stations, subscriber density, and the “Starlink paradox”

The Starlink paradox is simple: the markets with the best commercial traction are not always the markets with the best average speed. Ground stations increase routing efficiency and reduce latency, but they do not cancel out congestion. Subscriber density remains the decisive variable. A country can build out strong gateway access and still see average speeds drift downward if adoption outruns the cell-level capacity available during the evening peak.

That is why the platform can look faster in smaller, lower-density countries than in its flagship markets. Infrastructure matters, but demand per cell matters more. If you are evaluating whether Starlink makes sense at your address, the more useful question is not “what is the global average?” It is “how loaded is my local cell, and how does my country compare with peers?” Our plan picker and ownership calculator are built around that practical decision, not just the headline Mbps figure.

How to benchmark your country against the global average

Start with three tests, not one: morning, mid-afternoon, and evening peak. If your result is near or above the global average of 150 Mbps, your cell is likely healthy. If it is consistently lower, check whether the bottleneck is your country average, your local cell, or your own setup. A wired test matters. So does obstruction checking. Wi-Fi can easily mask a strong Starlink link with a weak indoor network.

The right workflow is simple. Run our live speed benchmark, compare the numbers against your region, then use the coverage map and cost calculator to decide whether Starlink is performing normally for your address and budget. The country ranking tells you what is likely. Your own three-part test tells you what is real.

One final rule is worth keeping in mind: compare like with like. If you are testing over Wi-Fi in a dense apartment at 9pm, do not compare that result against a midday wired average from a rural user. The cleanest benchmark uses the same device, the same router setup, and roughly the same time window over multiple days. That is how you separate a temporary satellite handoff dip from a genuine country-level performance gap. Without that discipline, Starlink speed rankings become entertainment rather than a useful diagnostic tool.

FAQ