Space-based mobile coverage is beginning to move beyond demonstration projects to become a real option in the plans of Spanish operators. Vodafone Spain has signed a commercial agreement with Satellite Connect Europe to launch direct mobile satellite connectivity, with beta tests planned for 2026 and a commercial rollout targeted for 2027 if regulatory approval is obtained.
This news isn’t about replacing 5G or turning every mobile into a high-capacity satellite terminal. It’s about a more practical solution: enabling a conventional phone to send messages, make calls, or access basic services when terrestrial coverage is unavailable. In rural areas, secondary roads, maritime zones, natural spaces, or emergency situations, this additional layer can make the difference between total disconnection and being able to communicate the essential.
Vodafone’s move comes at a time when Telefónica, MasOrange, and several satellite providers are exploring similar models in Spain and Europe. They don’t all rely on the same technology, maturity level, or network control. The new telecom race is no longer just about deploying more ground stations but about deciding how to integrate LEO satellites, mobile spectrum, 4G/5G networks, and emergency services into a seamless experience with minimal user effort.
Vodafone SAT: complementary coverage with AST SpaceMobile
Vodafone Spain is leveraging Satellite Connect Europe, a joint venture created by Vodafone Group and AST SpaceMobile to commercialize Direct-to-Device services in Europe. The goal is for phones to connect directly to low Earth orbit satellites when terrestrial networks are unavailable, without requiring external antennas or traditional satellite phones.
The operator plans to utilize part of the low-band spectrum freed after the shutdown of 3G. This is crucial because lower frequency bands have better propagation characteristics, which is vital when signals need to travel between a satellite and a pocket-sized phone. The regulatory hurdle remains: Vodafone needs approval from the Secretaría de Estado de Telecomunicaciones e Infraestructuras Digitales to use satellite spectrum for this purpose, initially for testing and later for commercial services.
The service won’t match the capacity of a terrestrial base station. Vodafone describes it as a continuity network: supporting calls, messages, messaging apps, maps, and limited internet access. In emergencies, blackouts, or coverage gaps, this basic connectivity can be more valuable than high-speed internet.
The agreement also has strategic significance. Vodafone intends not to be just a reseller of satellite connectivity but to maintain control over customer relationships, experience, and network integration through Satellite Connect Europe. This contrasts with models where satellite providers have more direct user engagement.
Comparison of options in Spain
Spain is beginning to outline three main pathways for direct satellite mobility connectivity. The first is AST SpaceMobile, adopted by Vodafone and also explored by Telefónica. The second is Starlink Direct to Cell, which MasOrange will test in Valladolid. The third involves integrated satellite connectivity provided by device manufacturers, such as Apple’s Emergency SOS via satellite, already available on compatible iPhones in Spain.
| Option in Spain | Satellite Partner | Status | Expected or Available Services | Strength | Main Limitation |
|---|---|---|---|---|---|
| Vodafone SAT | Satellite Connect Europe / AST SpaceMobile | Commercial agreement; beta in 2026; target 2027 | Voice, messages, basic data, emergency uses | Integration with mobile operator and European D2D network | Pending regulatory approval and capacity deployment |
| Telefónica D2D | Satellite Connect Europe / AST SpaceMobile | Exploring in Spain and Germany | Services for consumers, businesses, and public sector | Potential integration with Telefónica’s mobile network and enterprise clients | No public commercial commitment in Spain yet |
| MasOrange Direct to Cell | Starlink / SpaceX | Technical pilot in Valladolid | Messaging, basic data, continuity outside coverage | Starlink’s extensive constellation and operational experience | Pilot only, no widespread commercial offer yet |
| Apple SOS via satellite | Globalstar / Apple | Available in Spain on compatible iPhones | Emergency messaging and safety functions | Already functional for compatible iPhone users | Not a full mobile network; limited to emergency use |
| Native 3GPP NTN | 5G/6G ecosystem | Mid-term evolution | Standardized satellite-mobile integration | Better future fit with advanced 5G and 6G | Requires more devices, networks, and agreements |
This comparison shows there’s no single solution. Vodafone and Telefónica seek integrated approaches within their mobile networks focused on supplementary coverage and continuity. MasOrange prefers testing Starlink’s approach, leveraging a satellite constellation with a direct-to-cell focus. Apple’s solution is useful but limited to emergency scenarios and specific devices.
For users, the most visible difference will be straightforward: some options will be part of mobile plans; others depend on device manufacturers; some will start as enterprise or public sector pilots. For the industry, the real challenge lies in spectrum control, link quality, core network integration, latency, satellite availability, and regulatory compliance across multiple countries.
AST SpaceMobile vs. Starlink: two approaches to reaching the phone
Both AST SpaceMobile and Starlink aim for the same goal but from different positions. AST has designed its solution around large satellites with deployable antennas meant to connect directly with standard smartphones using mobile spectrum licensed to operators. Its strength is in systems that can integrate with telecom carriers, extending coverage without losing customer relationships.
Starlink offers a different advantage: scale. SpaceX has deployed a vast satellite constellation and has significant operational experience. Its Direct-to-Cell service intends to act like a mobile tower in space, complementing ground networks when coverage ends. In Spain, MasOrange will be the first to test this approach with a pilot in Valladolid.
| Technology | Commercial Model | Operator Compatibility | Perceived Maturity | Most Likely Initial Use |
| AST SpaceMobile / Satellite Connect Europe | Wholesale service for mobile operators | High, as it keeps customer and data within operator | Deploying, with advanced tests in Europe | Voice, SMS, basic data, emergency, rural coverage |
| Starlink Direct to Cell | Integration via agreements with SpaceX | Moderate-high, with significant satellite provider influence | Very mature in constellation; D2C expanding | Messaging, basic data, supplementary coverage |
| Apple / Globalstar | Device manufacturer’s service | Low for mobile operator | Available in multiple countries, including Spain | Emergency and personal safety |
| 3GPP NTN | Long-term telco standard | Very high if ecosystem matures | Early stage in devices and networks | Deeper integration with advanced 5G and 6G |
The battle won’t be just technical but also commercial and regulatory. Operators want to ensure satellites don’t become a layer that isolates them from direct customer relationships. Satellite providers aim to monetize costly constellations. Regulators need to ensure spectrum use doesn’t cause interference, complies with licenses, and reliable emergency services are maintained.
What a satellite-connected phone can and can’t do
Excitement around Direct-to-Device could lead to inflated expectations. The first generation of these services won’t replace 4G or 5G in urban areas or support high-definition video streaming everywhere without limitations. Radio capacity is limited, satellite distance is huge, and terminals are not designed as professional satellite equipment.
Expect a phased evolution: initially, messages, geolocation, and emergencies; then, calls and basic data; later, richer services in open areas with better satellite availability. Indoor coverage, urban canyons, heavily wooded areas, or scenarios with poor sky visibility will still pose challenges.
This doesn’t reduce the value of these solutions. On the contrary, direct satellite connectivity is especially useful as a backup network—for civil protection, rescue, transportation, energy, agriculture, environmental monitoring, private security, or municipal services in remote zones, where a basic connection can coordinate incidents.
It may also impact individual users: hikers, drivers, rural workers, sailors, tourists in remote areas, or residents in regions with patchy coverage. Spain’s extensive mobile network leaves gaps where deploying terrestrial infrastructure isn’t always practical, making satellite links a useful supplement.
Regulation will set the pace
The main barrier isn’t just technology but regulation. For Vodafone, using terrestrial mobile frequencies from satellites requires specific authorization. The SETID will assess technical conditions, interference risks, power limits, service obligations, security, international coordination, and compatibility with existing networks.
MasOrange’s pilot with Starlink in Valladolid already has technical approval, demonstrating Spain’s openness to experimentation. However, moving from a controlled pilot to a nationwide commercial offering involves additional requirements. Since satellites cross borders, the spectrum is harmonized by bands, terminals are large and services may impact emergency responses, privacy, and national security.
This might create differences between models. Integrated solutions with national operators could align better with regulatory oversight and public services. Large-scale global constellations might progress faster through scale but will need to adapt to local regulations to operate stably.
Why this matters for 6G
Vodafone has stated that its immediate priority isn’t waiting for 6G but expanding current 4G and 5G coverage where they don’t reach. This approach makes sense: for many, the most visible improvement won’t be a new mobile generation in cities but access in underserved areas.
In the medium term, however, these tests prefigure part of 6G. Non-terrestrial networks (NTN) are already evolving within 3GPP standards. The industry is heading toward hybrid networks where satellites, ground stations, edge computing, and mobile networks collaborate more closely.
Current Direct-to-Cell can be seen as an entry-level solution: leveraging existing phones and mobile spectrum for supplemental coverage. Standardized NTN aims for deeper integration, with more capacity, security, and scalability. Likely, both will coexist—D2C for immediate coverage and emergencies, NTN for more mature, integrated 5G and 6G networks.
Spain’s unique conditions—including large operators with different strategies, a geography with coverage gaps, and a regulator already open to pilots—make it an intriguing testing ground. The race has just begun, and it’s unclear which model will dominate. What’s evident is that mobile coverage will no longer rely solely on terrestrial towers.
Vodafone SAT sets a timeline for a long-promised sector ambition. MasOrange wants to test Starlink’s reach. Telefónica considers the AST SpaceMobile route, potentially integrating in Spain and Germany. Apple already offers a life-saving feature via device. Space-based connectivity won’t become a parallel high-capacity mobile network but will add a new layer of resilience.
For users, the key question isn’t if their phone will connect to a satellite but when, under what conditions, with what plan, what limitations, and through which operator.
Frequently Asked Questions
Which operator will launch the first satellite-based mobile in Spain?
Vodafone aims for Vodafone SAT in 2027 after testing in 2026, but MasOrange already has a technical pilot with Starlink in Valladolid. Telefónica is exploring the Satellite Connect Europe pathway but hasn’t announced a commercial launch yet.
Will it work with any phone?
AST SpaceMobile and Starlink’s Direct-to-Device solutions aim to work with standard smartphones, but final compatibility will depend on the operator, spectrum, device, and service configurations.
What options are already available to users in Spain?
Apple offers Emergency SOS via satellite in Spain on compatible iPhones, but this is a safety and emergency feature, not general mobile coverage.
Will satellite replace terrestrial 5G?
No. It will serve as a complementary layer for coverage gaps, emergencies, and service continuity. The terrestrial mobile network will continue to support most traffic.
