O2 Satellite test shows Starlink coverage across north Wales 2026

Key Points

• O2 Satellite has been showcased in remote north Wales, where Virgin Media O2 made a satellite connection, sent text messages and made an internet-based voice call, as stated by Iain Morris from Light Reading.
• There have also been some shortcomings revealed: satellite coverage was not continuous, mobile voice calls could not be made, and the data capacity available was shared among a wide geographic area.
• On 26 February 2026, Virgin Media O2 unveiled its Starlink-powered solution, stating that it had boosted the coverage of the UK landmass from 89% to 95%. The cost of launch was £3 a month for qualifying O2 Pay Monthly customers.
• According to Rob Joyce, Virgin Media O2’s director of mobile access engineering, in an interview to Light Reading, future satellites would enhance capacity, while satellite connectivity would not replace land-based mobile networks, especially inside buildings.
• Source limitation: the provided DatacenterDynamics article could not be accessed. This report relies on Iain Morris’s accessible eyewitness coverage and Virgin Media O2’s launch press release.

Wales (Wales Times) October 22, 2026 – Its Starlink-powered service enabled text messages and an internet-based voice call outside conventional mobile coverage, while also revealing gaps in satellite availability and constraints on data capacity, according to Iain Morris’s eyewitness report for Light Reading, published on 19 October.

The demonstration, attended by journalists and analysts, took place around Caernarfon and Aber Falls in mountainous north Wales. It tested a service already available commercially, rather than marking a new launch. Virgin Media O2 switched on O2 Satellite on 26 February, describing it as a way to extend connectivity into rural, coastal and remote locations beyond its terrestrial network.

The distinction matters for customers: the Welsh demonstration showed that ordinary mobile devices can establish a satellite connection in a coverage “not-spot”, but it did not establish uninterrupted reception or the equivalent of a conventional high-capacity mobile service.

What happened during the O2 Satellite demonstration in Wales?

As reported by Iain Morris of Light Reading, the first practical difficulty was finding somewhere without an O2 terrestrial signal. Around the demonstration area, O2’s conventional coverage persisted even where the competing EE service was largely unavailable. Under the default settings described in his report, the satellite connection could not take over while the terrestrial service remained available.

The group eventually found a suitable coverage gap after walking towards Aber Falls. Later, away from the trail, Rob Joyce established a satellite connection following initial difficulties that Morris said might have been weather-related. The appearance of “SAT” on the handset screen confirmed the connection, replacing the familiar cellular network indicator. Texts were then sent and an internet-based voice call completed.

The report did not establish a definitive cause for the initial difficulties. It separately identified gaps arising from satellite orbital positions, making it important not to attribute every interruption to the weather.

Joyce, identified by Light Reading as Virgin Media O2’s director of mobile access engineering, said approximately 650 Starlink satellites supported the direct-to-device service at the time. Their orbital paths meant a suitable satellite was not always overhead in north Wales.

How does O2 Satellite connect phones beyond mobile masts?

O2 Satellite uses Starlink’s direct-to-cell technology to connect compatible mobile phones directly to low-Earth-orbit satellites. The satellite acts as an alternative connection when the conventional terrestrial network is unavailable, using O2’s licensed mobile spectrum rather than requiring a customer to install a separate satellite dish.

In its launch announcement, Virgin Media O2 said customers would connect automatically when traditional cellular coverage was unavailable. The company positioned the service as a complement to its existing network and as an additional connection option during local network outages that leave customers without cellular coverage.

According to Morris’s report, Joyce said the current implementation shares a 5MHz allocation in the 1800MHz band between terrestrial and satellite services to provide 4G connectivity through Starlink.

That arrangement extends the geographical reach of the network, but it does not make satellite performance identical to the service delivered by a nearby mobile mast. The Welsh demonstration highlighted the difference between obtaining a basic connection and having continuous access to substantial mobile data capacity.

Which messages, calls and applications can customers use?

As reported by Morris, Joyce distinguished internet-based calling from conventional mobile voice calls:

“It doesn’t do native voice calling yet, so it’s a pure data service.”

This explains why the demonstration could include a voice conversation without showing that ordinary mobile calls were supported. An application-based call carries voice over a data connection; native mobile voice calling was not available through the demonstrated satellite service.

At its February launch, Virgin Media O2 said O2 Satellite supported messaging and data through selected applications, including WhatsApp, Messenger and Google Maps. Its published launch list also included AccuWeather, AllTrails, BBC Weather, Google Find Hub, Google Messages, Google Personal Safety, Samsung Weather, X and Yahoo Mail.

The company initially named four compatible handsets: Samsung Galaxy S25, Galaxy S25+, Galaxy S25 Ultra and Galaxy S25 Edge. It said support for additional devices, manufacturers and applications would follow. Those were launch specifications, not a verified October compatibility list, so they should not be interpreted as either a complete current list or evidence that every modern smartphone is supported.

How much does O2 Satellite cost, and how far does coverage extend?

Virgin Media O2 launched the service as a £3-per-month bolt-on for O2 Pay Monthly customers. The company said at the time that inclusion at no extra cost for Ultimate Plan customers would follow. Morris’s October report also described the satellite service as costing an additional £3 a month.

The operator said the launch increased its UK landmass coverage from 89% to 95%, extending connectivity across an additional area equivalent to approximately two-thirds of Wales. These figures describe geographical coverage, rather than the proportion of the population covered.

In its announcement, Virgin Media O2 identified hiking, climbing, water sports and sailing among the activities for which the service could provide an additional connection option. It also presented the service as a backup during local terrestrial network outages.

However, Morris’s account of the Welsh demonstration shows why a national coverage figure should not be interpreted as a guarantee of continuous satellite availability at every location. The service’s geographical reach and the timing of a usable connection are related but different measures.

Why are capacity and streaming still constrained?

According to Morris’s report, Joyce estimated approximately 4Mbit/s of capacity per satellite spot beam, with each beam covering an area around 50 kilometres in diameter. He said the satellites had approximately 50 such beams.

The significant qualification is that the estimated 4Mbit/s was shared capacity within a beam, not a guaranteed speed for each subscriber.

As quoted by Morris, Joyce explained: “It’s 4 Mbit/s of capacity in a 50km diameter. So, depending on how many O2 Satellite subscribers we have, they share that value.”

That makes simultaneous demand relevant to the customer experience. A connection used for occasional messages places different demands on the available capacity from several customers attempting sustained video streaming. Joyce acknowledged that widespread simultaneous streaming would create difficulties.

He described the intended role of the current service as “reassurance of coverage beyond the current cellular footprint”, rather than support for high-bandwidth applications. The successful messages and app-based call therefore demonstrated the service’s present purpose without proving that it could routinely support more demanding uses.

What improvements did Virgin Media O2 describe?

Morris reported that Joyce expected a newer generation of Starlink technology and a substantially larger constellation to increase available bandwidth. Joyce discussed a future constellation of approximately 15,000 satellites, compared with the roughly 650 supporting the service at the time of the demonstration.

Joyce suggested capacity could rise by 20 times or 100 times, depending on how much spectrum was deployed. These figures were forward-looking technical expectations, not measured improvements delivered to customers during the Welsh event.

The discussion also covered the potential use of 800MHz spectrum. According to Morris, Joyce pointed to Starlink’s acquisition of spectrum in that band in the United States and said satellites equipped for it could potentially use Virgin Media O2’s own relevant spectrum holdings when passing over Europe.

Morris also reported that second-generation satellites were expected to provide more spot beams and reduce their diameter to around 25 kilometres. Joyce linked those developments to the possibility of more capable services outside terrestrial coverage, including streaming and voice calling. The report did not establish a firm customer delivery date for those capabilities.

Why does Virgin Media O2 say satellites will not replace mobile masts?

Despite the anticipated improvements, Joyce rejected the idea that satellite connectivity would fully replace terrestrial mobile networks.

As reported by Morris, Joyce explained that delivering a signal deep inside a building was difficult even from a terrestrial site several kilometres away. A satellite connection would face additional challenges reaching through roofs, insulation and multiple storeys from hundreds of kilometres above Earth.

His argument concerned both coverage and capacity. Smaller satellite beams and additional bandwidth could improve outdoor service, but he did not present them as a solution equivalent to terrestrial networks for reliable deep-indoor connectivity.

Joyce nevertheless suggested that satellite services could influence decisions about some future rural infrastructure. Morris reported that, as Virgin Media O2 approaches the retirement of its older 2G network later in the decade, a more capable satellite service might offer an alternative to building certain replacement terrestrial sites. That was a possible future deployment choice, not an announced withdrawal of rural mast investment.

What is the background to the O2 Satellite development?

Virgin Media O2 announced its Starlink partnership on 30 October 2025, stating that internal trials were under way and that a customer rollout was planned for early 2026. The commercial launch followed on 26 February 2026.

In its launch announcement, the operator said the rollout followed Ofcom’s approval of the UK’s first licence for satellite-to-smartphone services. Virgin Media O2 described itself as the first UK and European operator to launch satellite-powered mobile data services. That first-mover description was the company’s stated claim.

The announcement included supportive statements from Virgin Media O2 chief executive Lutz Schüler, digital economy minister Baroness Lloyd and Starlink commercial sales vice-president Stephanie Bednarek. Schüler emphasised the extension of coverage into previously unserved areas; Lloyd described the launch as evidence of UK leadership in next-generation connectivity; and Bednarek highlighted access to messaging and app-based data, voice and video beyond terrestrial coverage. These were launch statements, rather than independent findings from the subsequent Welsh demonstration.

The north Wales event provided a later practical view of that proposition: successful basic communications outside mast coverage, alongside visible limitations in continuity, native voice support and shared capacity.

What is the prediction for rural customers and outdoor visitors?

For rural O2 customers, walkers and other outdoor visitors with eligible devices and plans, the most immediate potential effect is an additional opportunity to send messages or use supported applications where terrestrial coverage disappears. The Welsh demonstration supports that limited conclusion because participants successfully sent texts and completed an app-based voice call after establishing a satellite connection. It does not establish uninterrupted availability throughout a journey.

If the larger constellation, additional spectrum and newer satellite technology described by Joyce are deployed as anticipated, customers could gain more consistent access and greater shared capacity. More demanding applications could then become practical in places where today’s service is intended primarily for basic communication. The timing and scale of those improvements remain prospective.

For remote communities, satellite connectivity could also change how operators assess the cost of extending coverage. Joyce’s comments indicate that some sparsely populated locations may eventually be served differently, particularly as older networks are retired. Nevertheless, his assessment places satellite alongside terrestrial infrastructure rather than in its place: the expected benefit is a broader outdoor connectivity safety net, not a demonstrated replacement for dependable indoor mobile service.