British households relying on Starlink’s satellite internet service are receiving significantly slower speeds than customers across most of Europe, according to new data from internet benchmarking firm Ookla.
The analysis reveals UK users averaged just 106.63Mbps download speeds during the third quarter of 2025, placing Britain among the continent’s worst performers despite serving as Starlink’s 11th largest global market.
Speed Gap Widens Across Europe
Ireland leads European performance with median speeds of 155.23Mbps – nearly 50% faster than the UK average. France delivers 132.01Mbps, while Germany provides 123.68Mbps to customers.
“The difference is quite noticeable when we’re working from home,” said Sarah Mitchell, who runs her marketing consultancy from rural Gloucestershire. “My colleague in Dublin gets much better performance on the same service package.”
Only Denmark (90.93Mbps), Albania (94.97Mbps), and Bulgaria (38.3Mbps) recorded slower speeds than Britain. Norway and Spain both exceeded 142Mbps, while Italy reached 138.12Mbps.
UK Market Shows Strong Growth
Starlink’s British customer base grew to 110,000 users by July 2025, up from 87,000 the previous year. The service predominantly serves rural areas where traditional broadband options remain limited.
James Robertson switched to Starlink at his Northumberland farm after years of struggling with unreliable ADSL connections. “Even at 106Mbps, it’s transformed how we operate,” he explained. “But hearing other countries get 150Mbps makes you wonder what we’re missing.”
SpaceX’s constellation now includes approximately 9,600 satellites orbiting between 340-525 kilometres above Earth. Around 6,150 represent the newer Generation 2 variants designed for improved capacity and performance.
Pricing Remains Competitive Despite Performance
UK residential customers pay from £35 monthly for Starlink’s standard 100Mbps unlimited plan, which promises upload speeds between 15-35Mbps. Premium packages cost significantly more, while data-capped roaming plans start at £50 for 100 gigabytes.
The company’s global customer base reached 9 million by late 2025, nearly doubling from 6 million in July. This rapid expansion has strained network capacity in some regions.
Technical Factors Behind Speed Differences
Multiple factors influence Starlink’s performance across different countries. Regulatory restrictions limit available radio spectrum frequency in some markets, while ground station capabilities vary significantly between regions.
“Network congestion definitely affects evening speeds,” noted Tom Chen, whose Hampshire technology consultancy relies heavily on satellite connectivity. “We see drops around 7-9 PM when everyone’s streaming.”
Local infrastructure partnerships and spectrum allocation agreements with national regulators create distinct performance profiles for each market. Countries with more permissive spectrum policies often achieve higher throughput rates.
Global Performance Comparison
The United States leads Starlink usage with 22.5% of all global speed tests, averaging 129.61Mbps. Mexico follows with 5.7% of tests, while Canada delivers 113.13Mbps to subscribers.
Japan slightly outperformed Britain at 108.67Mbps despite serving a much denser population. The UK accounts for 3.5% of worldwide Starlink speed measurements, reflecting its position as a significant but not dominant market.
Rural Communities Drive Adoption
British uptake concentrates heavily in areas lacking fibre broadband access. Remote Scottish islands, Welsh valleys, and isolated English villages represent Starlink’s core customer base.
Mary Williams installed Starlink at her bed-and-breakfast in Snowdonia after guests complained about poor connectivity. “The 106Mbps works fine for most guests, but they notice when we slow down compared to urban areas,” she observed.
Traditional internet service providers often avoid these locations due to high infrastructure costs and low population density.
Investment in Ground Infrastructure
Starlink continues expanding its terrestrial gateway network across Britain, with new installations planned throughout 2026. These facilities connect satellite traffic to the broader internet infrastructure.
Gateway placement significantly impacts local performance, as signals must travel between satellites, ground stations, and end destinations. Countries with strategic gateway locations often achieve superior speeds.
The company has invested heavily in redundant ground connections to prevent service disruptions during equipment failures or maintenance periods.
Competition Pressure Mounts
Amazon’s Project Kuiper and other satellite internet ventures are preparing to challenge Starlink’s dominance. These competing services may force performance improvements across all markets.
OneWeb, backed by the UK government, targets business customers with premium satellite connectivity. While not directly competing with Starlink’s residential focus, it demonstrates growing satellite internet investment.
Traditional broadband providers are also accelerating rural fibre rollouts, potentially reducing Starlink’s addressable market in coming years.
Starlink’s performance disparities across European markets highlight the complex technical and regulatory challenges facing global satellite internet services, with British customers likely monitoring developments closely as competition intensifies throughout 2026.
