AST SpaceMobile tests space cell network in Europe with Vodafone, Orange
AST SpaceMobile initiates integration testing in eight European countries with partners like Vodafone and Orange to deploy direct-to-device satellite broadband. Leveraging the Satellite Connect Europe joint venture, the company aims to integrate its BlueBird constellation with terrestrial networks using standard smartphones. Next-gen satellites promise nearly double the speed of Block 1 units, which reached 98.9 Mbps.

*this image is generated using AI for illustrative purposes only.
AST SpaceMobile, Inc. (NASDAQ: ASTS) announced on Aug 06, 2026, that it has begun network integration testing with major mobile network operators across eight European countries to accelerate the deployment of space-based cellular broadband connectivity. The testing involves Vodafone, Orange, Telefónica, Deutsche Telekom, and Vodafone Ukraine, targeting seamless integration with existing terrestrial networks using standard, unmodified smartphones. This move advances the company’s strategy to eliminate coverage gaps and enhance network resilience for consumers, enterprises, and government users by extending connectivity beyond the reach of traditional infrastructure.
The integration activities are subject to regulatory approvals and are currently underway in the United Kingdom, Ireland, Romania, France, the Czech Republic, Germany, Spain, and Ukraine. These bespoke programs utilize the European-wide gateway infrastructure being rolled out by Satellite Connect Europe. This Luxembourg-headquartered joint venture between AST SpaceMobile and Vodafone provides carrier-neutral ground infrastructure designed to offer open access direct-to-device connectivity for mobile network operators across the region.
| Operator | Countries Involved |
|---|---|
| Vodafone | United Kingdom, Ireland |
| Orange | France |
| Telefónica | Spain |
| Deutsche Telekom | Germany |
| Vodafone Ukraine | Ukraine |
| Shared/Regional | Czech Republic, Romania |
The European campaign builds on AST SpaceMobile’s global commercial momentum as the company advances its BlueBird satellite constellation. The firm is currently collaborating with nearly 60 mobile network operators worldwide, representing over 3 billion existing subscribers. Chris Ivory, Chief Commercial Officer of AST SpaceMobile, stated that working alongside these operators allows the company to become a seamless complementary layer of connectivity alongside existing terrestrial networks, ensuring everyday smartphones remain connected in more places.
AST SpaceMobile’s technology is backed by approximately 3,900 patent and patent-pending claims and is designed to provide broadband connectivity directly to standard mobile devices without requiring specialized hardware, software, or applications. By integrating with existing mobile networks through standard 3GPP technologies, the solution enables operators to extend their coverage footprint while maintaining control of the customer relationship. The next-generation satellites feature the largest-ever phased arrays deployed in low Earth orbit, measuring approximately 2,400 square feet (223 square meters).
What the Numbers Show
The technical specifications indicate a significant performance leap for the upcoming infrastructure. The new satellites are designed to deliver nearly double the peak data speeds of the company’s initial Block 1 BlueBird satellites. The Block 1 satellites recently achieved peak download speeds of 98.9 Mbps directly to standard smartphones, supporting voice, broadband data, and video applications from space. This doubling of capacity suggests a substantial improvement in user experience and network utility, addressing previous limitations in throughput that often hindered early direct-to-device satellite services. The integration of such high-capacity links into terrestrial networks via standard 3GPP protocols marks a critical validation step for commercial viability.
How might the successful integration of AST SpaceMobile's technology with major European operators impact the competitive landscape for traditional terrestrial telecom infrastructure investments?
What specific regulatory hurdles remain for AST SpaceMobile to achieve full commercial launch across the eight participating European countries, and how might these timelines affect revenue projections?
Given the doubling of peak data speeds compared to Block 1 satellites, what new enterprise or government use cases become viable that were previously constrained by bandwidth limitations?

































