The European Commission is preparing to grant rapid antitrust approval to a satellite joint venture underpinned by the IRIS squared constellation, according to a Bloomberg report on October 15, after nearly a year of discussions with Leonardo, Airbus and Thales about competition concerns.
The project’s planned scale has been expanded to 348 satellites with about 4 billion euros of additional funding. The first launch is targeted for 2029, with initial secure communications services from 2030. The parties have also discussed opening GOVSATCOM capacity to Ukraine during the transition period.
IRIS squared is the European Union’s answer to the commercial constellations that now dominate low-orbit communications. The program is designed to provide secure government connectivity, and its architecture combines a government-owned layer with commercial capacity, an arrangement meant to give member states the control they want without the cost of building everything publicly.
The joint venture is the industrial structure through which the satellites will be built and operated. Airbus, Thales and Leonardo are the three largest aerospace contractors in Europe, and a consortium of them avoids the contest that a competitive tender would produce, at the cost of questions about concentration. The Commission’s competition review is the procedure that has to be satisfied before the arrangement can proceed.
A year of talks with the three companies suggests the concerns were substantive rather than formal. Joint ventures among the largest suppliers in a sector raise questions about access for smaller companies, about the terms on which capacity is sold, and about whether the venture could foreclose rivals in adjacent markets such as launch services and ground equipment. Remedies typically address those questions rather than block the deal.
The funding increase reflects what the program actually costs. Constellations of a few hundred satellites require launch contracts, ground stations, spectrum coordination and a manufacturing line, and the initial budget for IRIS squared was widely described as insufficient for the schedule attached to it. Adding 4 billion euros suggests the member states and the companies have re-estimated the work.
Spectrum and orbital slots are the resources that determine whether a constellation is viable. Low Earth orbit has become crowded, and the International Telecommunication Union coordinates filings that give operators priority based on when they were submitted. Europe’s filings compete with those of American and Chinese operators, and the pace of deployment affects which claims remain valid.
The reference to Ukraine concerns GOVSATCOM, the European Union’s existing program for government satellite communications. Offering capacity during a transition period would provide a backup to commercial services that Ukrainian forces have used since the war began, and it would allow European officials to describe the new constellation as contributing to a concrete security need rather than to a long-term industrial plan.
Launch is the dependency that Europe has struggled with. The Ariane 6 rocket is the continent’s main vehicle, and its cadence has been lower than planned. A constellation of 348 satellites requires a launch schedule, and Europe has limited ability to deploy quickly without access to capacity from American providers.
For the three contractors, the venture is a way to keep satellite manufacturing work in Europe against competition from American producers who build at higher volume. It also concentrates their exposure to a single program with a public customer, which is the arrangement European aerospace has traditionally preferred and which has historically produced capability with a high cost per unit.
Analysts said the commercial test will be whether the constellation attracts users beyond European governments. Secure government communications is a limited market, and the program’s economics depend on selling capacity to commercial customers as well, which puts it in competition with the operators it was designed to counterbalance.
Manufacturing capacity is the practical limit on the schedule. Building 348 satellites requires a production line that can deliver them over several years, and Europe’s satellite factories have not operated at that cadence since the last large institutional constellations were completed. A target of a first launch in 2029 leaves little room for the delays that typically accompany a new production ramp.
The program also depends on member states agreeing to use it. Government communications budgets are national, and several states already buy capacity from commercial operators or own military satellites. A European constellation reaches its planned scale only if those states direct their traffic to it, which is a political decision as much as a procurement one.
The comparison that European officials make is with the American and Chinese constellations, which deploy in hundreds of satellites per year and set the terms on which capacity is sold. Europe’s program is smaller and later, and its justification is dependence rather than competition. The argument that secure communications should not rest on a foreign commercial operator is the one that has kept the funding moving through the budget process.
What the report did not establish is the date on which the Commission will formally decide, the terms of any commitments offered by the companies, or the final division of shares in the venture. Those details will shape whether Europe’s constellation arrives in time to claim the orbital and spectrum resources it is counting on.
