Starlink Mobile Europe is entering a major new phase through a landmark partnership between SpaceX and 4iG Group. The companies announced on September 2, 2026 that Starlink's direct-to-mobile satellite technology will be introduced across Hungary and several Western Balkan markets, beginning with commercial service in Hungary and Albania before expanding with next-generation Starlink Mobile V2 technology to Montenegro and North Macedonia.
The first-generation Starlink Mobile Europe rollout will initially focus on apps and messaging, extending connectivity into locations where conventional terrestrial mobile networks have limited or no coverage. The technology is designed to connect compatible LTE mobile phones directly to Starlink satellites without requiring a dedicated satellite terminal.
The next stage is even more significant. Starlink Mobile V2 will use SpaceX's global 2 GHz spectrum rights and is intended to deliver high-speed broadband directly to mobile phones. Under the agreement with 4iG, the V2 service is planned for Hungary, Albania, Montenegro, and North Macedonia.
This makes the partnership one of the most important European developments yet for satellite-to-mobile connectivity and could fundamentally change what it means to lose cellular coverage in remote parts of Europe.
What Is the Starlink Mobile Europe and 4iG Partnership?
The Starlink Mobile Europe agreement brings together SpaceX's low Earth orbit satellite infrastructure and 4iG Group's telecommunications networks in Hungary and the Western Balkans.
The agreements were signed in Texas by Gellért Jászai, Chairman and CEO of 4iG, and Gwynne Shotwell, President and COO of SpaceX. 4iG describes the agreement as Europe's first arrangement combining commercial Starlink satellite-to-mobile connectivity with a separate Sovereign Solutions satellite communications initiative.
The mobile rollout is divided into two major stages.
The first-generation Starlink Mobile service will launch commercially in:
Hungary and Albania
The next-generation Starlink Mobile V2 service is then planned for:
Hungary, Albania, Montenegro, and North Macedonia
The rollout schedule will depend on regulatory, technical, and commercial conditions in each individual market.
That qualification is important: the agreement establishes the planned rollout, but it does not mean all four countries already have active commercial Starlink Mobile service today.
How Starlink Mobile Connects Ordinary Phones to Satellites
One of the most important features of Starlink Mobile Europe is that users do not need to carry a conventional Starlink dish.
Starlink's Direct to Cell architecture effectively turns compatible satellites into cellular towers in space.
Starlink says its Direct to Cell satellites contain an advanced eNodeB modem that functions similarly to a terrestrial cellular tower. The satellite network can therefore integrate with mobile operators in a way comparable to a conventional roaming partner.
For customers, the practical advantage is simplicity.
Starlink says its Direct to Cell technology works with existing LTE phones wherever users have a suitable view of the sky. Dedicated satellite hardware is not required.
That is fundamentally different from conventional Starlink Residential or Roam services, which require a Starlink terminal.
With Starlink Mobile Europe, the smartphone itself becomes the endpoint.
Hungary and Albania Will Launch First
The first commercial phase of the 4iG partnership focuses on Hungary and Albania.
4iG operates established telecommunications businesses in both countries through One Hungary and One Albania. The group also operates One Montenegro and is preparing its telecommunications market entry in North Macedonia.
According to 4iG, the initial Starlink Mobile service will improve mobile communication availability particularly in mountainous regions and coastal waters.
This is especially relevant to Albania.
Mountainous terrain can make continuous terrestrial cellular coverage difficult because radio signals from ground-based towers are affected by geography.
Satellite-to-phone connectivity introduces another layer above the terrestrial network.
Rather than attempting to replace every mobile tower, Starlink Mobile Europe can complement those towers when users travel beyond conventional coverage.
Apps and Messaging Are the First Step
The initial rollout in Hungary and Albania will focus on apps and messaging.
This represents an important transition from satellite connectivity being primarily associated with specialized hardware toward direct everyday smartphone access.
For users traveling outside terrestrial network coverage, satellite connectivity could support communication through compatible messaging and application services.
The practical value becomes particularly clear in situations such as:
- Hiking in mountainous regions
- Driving through rural areas
- Working in remote locations
- Traveling through sparsely populated regions
- Operating near coastal waters
- Responding to emergencies
- Experiencing temporary mobile network outages
Instead of the phone simply displaying "No Service," Starlink Mobile Europe is intended to provide another communications layer when terrestrial infrastructure disappears.
Starlink Mobile V2 Will Bring a Major Upgrade
The next-generation V2 system represents the more ambitious stage of the partnership.
Starlink Mobile V2 will operate using SpaceX's global 2 GHz priority spectrum rights and is intended to enable 5G non-terrestrial network capabilities.
Most importantly, V2 is designed to provide high-speed broadband directly to mobile phones.
This goes beyond basic satellite messaging.
A broadband-capable satellite-to-phone network could eventually support much richer internet experiences in areas without conventional terrestrial coverage.
Gwynne Shotwell said the next-generation constellation technology is intended to deliver resilient direct-to-device connectivity across Hungary and the Western Balkans while harmonizing the 2 GHz spectrum SpaceX plans to use globally.
The Starlink Mobile Europe partnership therefore provides a glimpse of a future where satellite connectivity becomes a normal extension of cellular service rather than a separate communications category.
Montenegro and North Macedonia Join the V2 Expansion
The V2 stage broadens the rollout beyond Hungary and Albania.
4iG confirms that next-generation Starlink Mobile technology is planned for:
Hungary, Albania, Montenegro, and North Macedonia.
This aligns closely with 4iG's existing regional telecommunications footprint.
4iG Telecommunications Holding manages One Hungary, One Albania, and One Montenegro, while also preparing a new 5G mobile operator in North Macedonia.
The result is a regional deployment strategy rather than four isolated national projects.
4iG can potentially integrate terrestrial cellular networks and Starlink Mobile Europe satellite coverage across a broader telecommunications portfolio.
Why Starlink Mobile Matters in Mountainous Regions
Geography remains one of the biggest obstacles to universal mobile coverage.
Traditional mobile networks depend on terrestrial base stations.
Mountains, forests, valleys, and low population density can make complete coverage technically difficult or economically unattractive.
This is particularly relevant across parts of Albania, Montenegro, and North Macedonia.
A terrestrial operator might need many towers to cover relatively small populations distributed across difficult terrain.
Satellite coverage changes that equation.
Starlink satellites travel overhead and can communicate directly with compatible mobile devices.
The goal is not necessarily to replace terrestrial infrastructure.
Instead, Starlink Mobile Europe can fill geographic gaps where conventional towers cannot economically provide continuous coverage.
Coastal Waters Are Another Important Use Case
4iG specifically highlights coastal waters as an area where Starlink Mobile can improve communications availability.
That has obvious relevance to Albania and Montenegro, both of which have Adriatic coastlines.
Mobile signals from terrestrial towers can extend offshore, but coverage typically becomes weaker as vessels move farther from land.
Direct-to-device satellite connectivity could extend communications into areas where conventional terrestrial mobile networks disappear.
Potential users could include recreational boaters, fishing operations, tourism operators, maritime workers, and coastal emergency services.
Starlink states that its Direct to Cell architecture is designed to provide connectivity across land, lakes, and coastal waters.
Starlink Mobile Can Support Emergency Communications
Another major benefit of Starlink Mobile Europe is network resilience.
Natural disasters, power failures, equipment damage, or other emergencies can temporarily disable terrestrial cellular infrastructure.
4iG specifically states that Starlink Mobile connectivity will help keep customers connected during emergencies and temporary mobile network outages.
The system could also support communications for public services and critical infrastructure.
This creates a second role for satellite-to-phone technology.
Its everyday purpose may be filling geographic coverage gaps.
Its emergency purpose may be providing an alternative communications path when normally reliable terrestrial infrastructure unexpectedly becomes unavailable.
A Satellite Layer Complementing Terrestrial 5G
The long-term significance of Starlink Mobile Europe is not that satellites will necessarily replace mobile networks.
The more likely model is integration.
Terrestrial 4G and 5G networks remain extremely efficient in cities and densely populated regions. Fiber-connected mobile towers can deliver enormous capacity to thousands of nearby devices.
Satellites solve a different problem.
They can provide coverage across enormous geographic areas where building equivalent terrestrial infrastructure is difficult.
The combination creates a hybrid architecture:
Terrestrial Mobile Network + Satellite Mobile Network = More Continuous Coverage
4iG describes its strategy in similar terms, emphasizing that Starlink Mobile will complement rather than replace its terrestrial telecommunications networks.
Existing LTE Phones Are Central to the Strategy
The ability to use ordinary mobile devices is essential to the potential scale of Starlink Mobile Europe.
Traditional satellite phones are specialized devices.
Consumers need to purchase separate hardware, maintain another subscription, and carry another device.
Direct-to-cell satellite technology attempts to eliminate that barrier.
Starlink states that compatible LTE phones can connect without requiring specialized satellite hardware, firmware changes, or dedicated equipment.
This dramatically changes the potential audience.
Instead of satellite communications being restricted primarily to maritime users, expedition teams, military personnel, or emergency responders, direct-to-phone connectivity can potentially reach ordinary mobile subscribers.
What Starlink Mobile V2 Could Mean for Broadband
The transition from first-generation service to Starlink Mobile V2 is particularly important.
Messaging requires relatively small amounts of data.
High-speed broadband is a much more demanding technical challenge.
If V2 achieves its intended capabilities, users could eventually access much richer internet services directly from smartphones beyond terrestrial coverage.
Potential applications could include:
- Web browsing
- Navigation
- Messaging
- Cloud applications
- Social platforms
- Emergency information
- Business communications
- Remote field applications
Actual applications, performance, device compatibility, and service availability will depend on the final commercial and technical implementation in each country.
The current announcement should therefore be viewed as a roadmap rather than evidence that full direct-to-phone broadband is already commercially active across these markets.
4iG Becomes a Major Starlink Mobile Partner in Europe
The agreement positions 4iG Group as an important European telecommunications partner for SpaceX.
4iG employs more than 11,000 people and operates across telecommunications, digital infrastructure, space, and defence technologies.
Its telecommunications portfolio gives the company an established customer and network base across Hungary and the Western Balkans.
That footprint makes the partnership particularly interesting.
Rather than launching Starlink Mobile Europe independently in each country, SpaceX can work with a regional operator that already controls telecommunications assets and customer relationships across multiple markets.
4iG says the multi-country rollout is intended to position the group among Europe's leaders in Starlink Mobile deployment.
The Partnership Also Includes Sovereign Solutions
The Starlink Mobile agreement is only one component of the wider SpaceX–4iG partnership.
The companies have also announced Sovereign Solutions, a separate initiative focused on secure national satellite communications.
4iG Space and Defence Technologies and SpaceX plan to develop an integrated service combining enhanced satellite communications with end-to-end secured data communications.
According to 4iG, Sovereign Solutions is scheduled to launch in 2027 and will provide broadband connectivity alongside secure sovereign network infrastructure.
This aspect of the agreement is distinct from the consumer-facing Starlink Mobile Europe service.
However, together they demonstrate how SpaceX's satellite infrastructure is expanding simultaneously into consumer mobile communications, enterprise connectivity, critical infrastructure, and government networks.
Starlink Mobile Is Part of a Global Direct-to-Cell Network
The 4iG agreement is part of a much broader Starlink strategy.
Starlink has already established Direct to Cell partnerships with mobile operators across multiple continents.
Its publicly listed partners include T-Mobile in the United States, Optus and Telstra in Australia, Rogers in Canada, One NZ in New Zealand, KDDI in Japan, Salt in Switzerland, Entel in Chile and Peru, and Kyivstar in Ukraine.
The 4iG partnership extends this satellite-to-mobile model deeper into Central and Southeastern Europe.
The long-term objective is increasingly clear: satellite coverage becomes an extension of ordinary mobile networks.
A customer may use terrestrial towers when coverage is available and satellite connectivity when it is not.
What This Means for Travelers and Remote Users
For consumers, Starlink Mobile Europe could ultimately make connectivity much less dependent on geography.
A traveler driving through a city might remain connected through a conventional terrestrial mobile network.
The same person entering an isolated mountain region could potentially transition to satellite connectivity when terrestrial service disappears.
That creates interesting possibilities for hikers, campers, field workers, farmers, rural residents, maritime users, emergency responders, and travelers.
It could also reduce the anxiety associated with entering areas where conventional mobile coverage is unreliable.
Satellite connectivity would not necessarily provide identical performance to terrestrial 5G, especially in its early generations.
But even limited communication can be enormously valuable when the alternative is no connectivity at all.
Starlink Terminals Will Still Have an Important Role
Direct-to-phone connectivity does not make conventional Starlink terminals obsolete.
The two technologies serve different requirements.
Starlink Mobile Europe is intended to provide direct connectivity to mobile phones, particularly outside conventional network coverage.
Dedicated Starlink terminals remain better suited to high-bandwidth connectivity for homes, RVs, businesses, vessels, remote offices, and other environments where multiple devices require broadband.
Users building dedicated Starlink installations can explore EDUP Starlink Accessories for mounting, cabling, PoE, power, and networking solutions for Starlink Mini, Standard, Performance, and other deployment environments.
For technical information about satellite-to-phone connectivity, Starlink also provides an official Direct to Cell overview.
Conclusion
Starlink Mobile Europe is taking an important step forward through SpaceX's new partnership with 4iG Group.
The first commercial phase will bring Starlink Mobile to Hungary and Albania, focusing initially on apps and messaging for users in locations where terrestrial mobile coverage is limited or unavailable.
The next stage will introduce Starlink Mobile V2 across Hungary, Albania, Montenegro, and North Macedonia. The V2 system will use SpaceX's global 2 GHz spectrum rights and is intended to provide high-speed broadband directly to mobile phones while enabling next-generation non-terrestrial network capabilities.
The partnership also highlights the broader direction of mobile communications.
Terrestrial towers will remain the foundation of mobile connectivity in populated areas, while satellite networks can increasingly fill coverage gaps across mountains, rural communities, coastal waters, and other difficult-to-connect locations.
Starlink's Direct to Cell architecture is designed to work with compatible LTE phones without dedicated satellite equipment, effectively extending mobile networks into space.
For Hungary and the Western Balkans, the result could be a much more resilient connectivity model—one in which losing sight of a terrestrial mobile tower no longer automatically means losing communication.
As V2 develops, Starlink Mobile Europe could move this concept another step forward: from satellite messaging when conventional networks disappear to genuine high-speed broadband delivered directly from space to an ordinary mobile phone.
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