Vodafone and AST SpaceMobile to build a sovereign D2D NTN across Europe
A new joint plan from Vodafone and AST SpaceMobile aims to deliver satellite broadband directly to standard smartphones across Europe under a sovereign operational model.
What’s new: German filing, SatCo JV, pan-European D2D coverage plan
AST SpaceMobile has submitted plans through Germany for a space-based network designed to provide broadband directly to devices across Europe. Operations would run through SatCo, a Luxembourg-based joint venture with Vodafone announced earlier this year. Vodafone, already an AST investor, has agreed to contribute cellular spectrum access to kickstart services in 10 countries, pending national approvals. The partners are positioning SatCo as a single, sovereign construct for European coverage rather than a fragmented, country-by-country rollout.
Why now: S-band renewals, PPDR, and EU sovereignty advantages
The timing aligns with looming European spectrum decisions and intensifying competition in direct-to-device (D2D). S-band at 2 GHz is up for renewal across the region in 2027, and 700 MHz public protection and disaster relief (PPDR) frequencies are central to resilient communications strategy. A sovereign, European-controlled command and security framework is also a clear differentiator versus global providers that rely on bilateral mobile partnerships.
Spectrum strategy and EU regulatory pathway for D2D NTN
The JV’s plan hinges on a mix of S-band and PPDR spectrum and a regulatory architecture that can scale across the EU and neighboring markets.
2 GHz S-band and 700 MHz PPDR: coexistence, interference, and 2027 renewals
SatCo intends to use 2 GHz S-band spectrum, with renewals expected in 2027, alongside 700 MHz PPDR allocations that support emergency communications. This creates both opportunity and complexity. S-band is already in use in Europe by services such as Viasat’s European Aviation Network, while MSS holdings are being reshaped as players like EchoStar explore divestitures that could bolster rivals. Regulators will need to balance D2D growth with aviation, safety, and incumbent MSS operations to avoid harmful interference and ensure service continuity.
Pan-European authorization vs. bilateral MNO deals
Most D2D initiatives have progressed through bilateral operator agreements. SatCo is pursuing a pan-European approach, anchored by filings via Germany and coordinated oversight. If successful, this could compress time-to-market, simplify cross-border roaming, and streamline lawful intercept and data sovereignty compliance across the EU. Expect close engagement with CEPT/ECC processes and national regulators to align licensing, PPDR obligations, and interference coordination.
Network architecture, security, and European operations
The network design emphasizes European control over security functions while aligning with mainstream cellular standards for smartphone compatibility.
European command control, TT&C, and encryption model
The constellation will feature a command switching capability for European oversight of security and network operations. According to the companies, the system will handle telemetry, tracking, and control key updates for S-band smartphone links and Q/V-band satellite-to-ground links, while managing service-level encryption and beam activation across Europe. This governance model is tuned to EU expectations for sovereignty, critical communications, and regulatory assurance.
Ground segment: German ops center and Barcelona manufacturing ramp
SatCo plans to base its main satellite operations center in Germany, near Munich or Hannover, subject to final negotiations. The site will host one of the gateways required to extend coverage. AST’s European build-out is supported by 5,600 square meters of new manufacturing and office space in Barcelona, expanding integration capacity as satellite production scales.
Deployment timeline and service launch outlook
The partners are moving from demonstrations toward initial commercial service as satellite production ramps and launch slots firm up.
BlueBird constellation scale and launch risk
AST has five operational BlueBird satellites in orbit. Continuous coverage across anchor markets will require on the order of 45–60 spacecraft. A sixth BlueBird, now part of a larger design with approximately 223 square meters of deployed array area, has been shipped for launch. The roadmap targets up to 60 satellites by the end of 2026, though cadence is sensitive to launcher availability, including Blue Origin’s New Glenn timeline.
Commercial ramp and 3GPP NTN smartphone compatibility
The companies target initial commercial availability as early as next year, contingent on regulatory approvals and incremental satellite density. AST’s approach is built to reach unmodified 4G/5G handsets using 3GPP-aligned non-terrestrial network (NTN) capabilities, which can accelerate adoption. Early services will likely prioritize coverage and messaging/data resilience, with throughput improving as the constellation fills out.
Competitive landscape: Starlink, MSS, and EAN coexistence
Europe’s D2D market is heating up as satellite and mobile incumbents align around standards, spectrum, and go-to-market.
Starlink’s D2D roadmap and European spectrum positioning
SpaceX is advancing D2D with mobile partners and is positioned to benefit from new spectrum pathways, including MSS transactions under discussion in the market. If EchoStar completes asset sales that support Starlink’s handset connectivity, competitive pressure will rise on both coverage and device performance. Pan-European authorization will remain a gating factor for large-scale Starlink D2D in the EU.
Coexistence with EAN and incumbent MSS operators
Viasat’s European Aviation Network relies on S-band today, and any expansion of handset-oriented S-band services must be carefully coordinated. Expect CEPT studies and national consultations to examine sharing and protection criteria, especially near airports and along high-traffic corridors. The outcome will shape service quality and capacity planning for all stakeholders.
What MNOs, OEMs, and enterprises should do now
Now is the time to align roadmaps, device strategies, and resiliency plans with the emerging D2D landscape.
Strategic actions for MNOs, OEMs, and enterprise buyers
Mobile operators should evaluate how SatCo’s pan-European model maps to roaming, core integration, and lawful intercept. Prioritize handset certification paths for NTN features across flagship devices. Enterprises—especially in utilities, transport, maritime, and public safety—should pilot D2D for continuity-of-operations and incident response. Device makers should harden antennas, timing, and power management for satellite links without compromising form factor.
Procurement and risk checklist for D2D/NTN services
Pressure-test SLAs for PPDR prioritization, latency, and fallback modes. Validate data sovereignty controls and encryption key management. Account for launcher dependencies and constellation coverage in service availability models. Assess interference assumptions with aviation and MSS services and ensure clear escalation paths.
Key watch items for 2025–2027: spectrum, launches, device enablement
Execution will hinge on regulatory clarity, satellite throughput, and cross-border operational readiness.
Milestones and decision points to track
Follow: German-led regulatory progress; S-band renewal proceedings; PPDR coordination; gateway siting in Germany; satellite launch cadence; and commercial pilots in the first 10 Vodafone-supported markets. Device-side NTN feature enablement across major OEMs will be a critical adoption driver.
Signals that could shift timelines and competition
Accelerated New Glenn availability, alternative launch arrangements, or major spectrum transactions in Europe could bring forward timelines. Conversely, delays in S-band renewal decisions, tougher coexistence rules with aviation/MSS, or slower device certification could extend the ramp. Competitive moves from Starlink or other MSS holders will further influence pricing and go-to-market dynamics.
