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By the SpaceNexus Desk
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Three developments on Oct. 29 and 30, 2026 touched the European Union's planned secure-communications constellation, IRIS².
First, MDA Space announced it will start building digital antennas for the first 66 satellites of IRIS² under an initial agreement with Thales Alenia Space worth more than $100 million. Via Satellite described the scope as digital antenna subsystems for 66 low Earth orbit satellites. The deal is described as initial, which implies later tranches could follow if the program proceeds.
Second, Eutelsat reported first-quarter revenue of €286 million after market close on Oct. 29. Low Earth orbit revenue rose 30% to €70.9 million as the OneWeb constellation offset a decline in video. Space Intel Report quoted the company saying its $3.8 billion IRIS² investment would generate $11 billion in revenue between 2032 and 2040. Via Satellite's headline referenced a $10 billion target for OneWeb revenue over the same period. The two figures appear to describe different scopes or conventions, and readers should check Eutelsat's own materials for the precise definition rather than treat them as interchangeable.
Third, a Canada-EU summit in Montreal produced a joint statement opening negotiations on Canadian access to Galileo and starting exploratory talks on cooperation on IRIS².
IRIS² is politically framed as European autonomy in secure connectivity. A Canadian company supplying a core payload element, the digital antenna, shows the program's practical supply chain is broader than the political framing suggests. MDA's phased array and digital beamforming work has been a Canadian strength, and the deal gives it a position on a program expected to need many more satellites than the first 66. It also reflects how prime contractors manage schedule risk: they buy mature subsystems where the capability exists rather than develop everything in-house.
Sources:
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The quarterly figures show the structure of Eutelsat's transition. LEO revenue of €70.9 million is roughly a quarter of total revenue of €286 million (about 25%), with growth of 30% year over year, while video is declining. That mix is the core of the company's strategic argument: legacy geostationary broadcast revenue is eroding and OneWeb growth is meant to replace it. Via Satellite noted the growth came despite lower terminal sales, which suggests service revenue rather than hardware drove the gain. The long-range revenue claims for 2032-2040 are management targets, not results, and depend on the constellation being built and sold on time.
The Canada-EU talks on Galileo are a formal negotiation, while IRIS² is only at the exploratory stage. The distinction matters. Galileo access involves security arrangements for its encrypted public regulated service, and previous third-country discussions have been complicated by those controls. IRIS² cooperation could be shaped by the same concerns, since the system is designed for government and secure use. The MDA contract shows that commercial participation can proceed ahead of any intergovernmental arrangement.
The award illustrates how large constellation programs spread work. Antennas, power systems, propulsion and electronics are sourced across borders even in programs marketed as sovereign. Suppliers with flight-proven digital payloads gain a reference to pitch to other constellation builders. For manufacturers, the lesson is that subsystem specialization can be a durable position when primes face compressed schedules.
Eutelsat's results sharpen the contrast with peers. Telesat moved the start of global service on its Lightspeed constellation to the end of the second quarter of 2028, three months later, while facing a looming refinancing of GEO debt, a situation covered in earlier analysis. Eutelsat's LEO revenue is already flowing from an operating constellation, which is a different risk profile from a constellation still in construction. Operators generally face the same question: can LEO growth replace GEO decline quickly enough to fund the transition?
IRIS² is intended to serve governments, with commercial services layered on. European defense and security users are the anchor demand. The MDA agreement is small relative to the full program, but it signals movement from design to production at the subsystem level. For Canada, participation could support its stated aims for sovereign capability, discussed in recent coverage of Canadian space policy.
A constellation of this kind also relies on spectrum coordination and licensing, and non-EU participation could introduce additional regulatory steps for technology transfer and export controls. Any Canadian involvement would require alignment of export rules, which can be slow.
Several markers will show whether this momentum holds:
A realistic reading is that IRIS² is shifting from an announcement-driven program to a supply-chain-driven one, but substantial schedule, funding and political risk remains. The sources do not provide the program's overall timeline, and observers should avoid inferring completion dates from these announcements alone.
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