European telcos form consortium for EU satellite spectrum bid against Starlink

This coordinated move signals that Europe's largest carriers view direct-to-device satellite connectivity as a core defensive requirement rather than a peripheral feature. By pooling resources for the 2GHz band, these telcos aim to prevent SpaceX from bypassing traditional carrier relationships to offer mobile services directly to consumers. The strategy mirrors recent joint ventures by U.S. carriers like AT&T and Verizon to maintain control over rural coverage gaps. Success depends on the ratification of European Commission rules that favor domestic entities over American aerospace giants. Watch for the finalization of the EC spectrum allocation framework to see if the one-third cap on non-EU bidders remains intact.

The direct-to-device satellite race has intensified across both sides of the Atlantic. In early 2025, AST SpaceMobile and Vodafone expanded their partnership to bring satellite-based broadband to European customers, with Vodafone committing to commercial trials in multiple markets. Meanwhile, T-Mobile and Starlink launched their T-Satellite service commercially in the United States in July 2025, offering text messaging over unmodified smartphones and establishing a consumer-facing benchmark that European operators now feel pressure to match. These moves underscore why Deutsche Telekom, Orange, Telefónica, and Vodafone view spectrum ownership as a strategic necessity rather than an optional hedge.

On the regulatory front, the European Commission has been tightening rules around non-EU access to strategic spectrum assets. The EC's proposed Space Regulation, published in early 2025, includes provisions that would cap non-European ownership of satellite spectrum licenses at one-third, a framework that would directly constrain SpaceX's ability to acquire 2GHz mobile satellite service rights independently. Separately, EchoStar and ViaSat have lobbied EU member states to open the 2GHz band to non-terrestrial network operators under existing MSS rules, arguing that restricting bidders to European entities would slow consumer access to satellite connectivity. The tension between sovereignty and speed of deployment is likely to shape the final allocation framework.

From a technical standpoint, the 2GHz band offers propagation characteristics well suited to handheld satellite links, requiring less power than higher-frequency alternatives. Qualcomm demonstrated direct-to-device connectivity over 2GHz MSS spectrum at MWC 2025 in Barcelona, achieving data rates sufficient for messaging and low-bandwidth applications on standard smartphones without hardware modifications. Amazon's Project Kuiper, which received FCC approval to deploy 3,236 satellites and began launching production units in early 2025, represents another competitive pressure on the European consortium, as Amazon has signaled interest in direct-to-device partnerships with mobile operators. The combination of technical feasibility and intensifying competition from U.S.-backed constellations gives the EU telco consortium a narrow window to secure spectrum before allocation rules potentially shift.