Eutelsat expects more than €10 billion (about $11.1 billion) in commercial-services revenue between 2032 and 2040, tied to IRIS², the European Union’s planned satellite-internet network. Reuters reported the forecast on October 29, and outlets including 19FortyFive, TelecomLead, The Times of India and The Indian Express also covered it. The number is large next to the €1.24 billion Eutelsat booked in revenue last year.
The headline version of this story says the EU’s Starlink rival has “come online.” It has not. The report puts the first IRIS² satellites in orbit in 2029 and initial services from 2030, so the forecast is a bet on hardware that does not yet exist. That gap between a 2026 announcement and a 2032 revenue start is the main thing this analysis unpacks. For context on how crowded the field is getting, see our earlier piece on why Telesat needs 14 SpaceX launches for 225 satellites, a reminder that even Starlink’s rivals depend on Starlink’s parent for rides to orbit.
Eutelsat’s IRIS² Revenue Forecast in Numbers
The Eutelsat IRIS² revenue figure arrives alongside a cluster of other numbers from the same report. Read together, they describe a company that is about to swap a small, mature satellite business for a build-heavy constellation program. The table below pulls the reported figures into one place and adds a column of simple arithmetic so readers can see what each number implies. The arithmetic is ours, not Eutelsat’s.
| Metric | Reported figure | Window | Simple implication (our math) |
|---|---|---|---|
| IRIS²-linked commercial-services revenue | More than €10 billion (about $11.1 billion) | 2032 to 2040 | Roughly €1.1 billion a year on average over nine years |
| IRIS² design-and-build backlog | €8.9 billion | Mostly 2027 to 2031 | Roughly €1.8 billion a year on average over five years |
| Total backlog | €12.1 billion, up from €3.4 billion at end of June | As of the latest report | An increase of €8.7 billion in one reporting step |
| Shared and commercial IRIS² investment | €3.39 billion combined | 2027 to 2034 | Roughly €424 million a year on average over eight years |
| Prior-year revenue | €1.24 billion | Previous year | Average IRIS² revenue would equal about 90% of that base |
| Constellation size | 330 satellites | First launches 2029 | Initial services expected from 2030 |
Two details deserve a flag. First, the €10 billion is a cumulative total across the window, so it should not be read as an annual run rate. Second, the dollar figure in the headline is a conversion of a euro forecast, and the exchange rate will move. The conversion used in the report works out to roughly $1.11 per euro. Traders Union’s write-up carries the same $11 billion framing, which is why the number now appears in so many headlines.
What the Nine-Year Window Really Means
A 2032 to 2040 window covers nine calendar years if both endpoints count. Spread evenly, the forecast averages close to €1.1 billion annually. Real revenue curves for satellite networks rarely look flat, though. Capacity ramps as satellites reach orbit, ground stations come up, and terminals reach customers. Early years usually run below average and later years above it. If Eutelsat reaches the forecast, the back half of the window will carry more of the load than the front.
The comparison with last year’s €1.24 billion is useful but not clean. That figure covers Eutelsat’s entire business today, which includes OneWeb and its traditional services. The €10 billion forecast describes only revenue linked to IRIS² commercial capacity. So the two numbers measure different things, and the forecast does not say how much of Eutelsat’s existing revenue will survive or shrink by 2032. A reader looking for a total-company projection will not find one in the report.
The report attributes the forecast to Eutelsat and names no individual executive behind it. That matters for how much weight to give it. This is a company projection about a program whose first satellite has not launched. It deserves a hearing, but it carries the same uncertainty as any multi-year telecom forecast built on construction milestones and future demand.
IRIS² Is Not Online Yet: What the Timeline Says
The wording in the viral headline overreaches. The report says initial IRIS² services are expected from 2030. The first satellites are scheduled to launch in 2029. Neither date is today, and neither describes a network that customers can buy. Readers who saw the headline and assumed Europe now has a working Starlink alternative should recalibrate. Europe has a funded, contracted plan and an existing partial option in OneWeb.
The second loose claim is that IRIS² is purely an “EU Starlink rival.” The report describes it more carefully, as the EU’s planned alternative to Starlink. That wording fits the facts better. IRIS² is a government-backed connectivity program, and Eutelsat leads only its low-Earth-orbit (LEO) segment. A rival in the commercial sense, with consumer dishes and monthly plans competing head to head, is a separate question that the report does not answer.
A Simple Timeline for Readers
| Year | Milestone | Source status |
|---|---|---|
| 2027 to 2031 | Most of the €8.9 billion design-and-build backlog is recognized | Reported by Eutelsat |
| 2027 to 2034 | €3.39 billion invested in shared and commercial IRIS² infrastructure | Reported by Eutelsat |
| 2029 | First IRIS² satellites scheduled to launch | Scheduled, not yet flown |
| 2030 | Initial services expected | Expected, not confirmed |
| 2032 to 2040 | More than €10 billion in commercial-services revenue forecast | Forecast |
The €8.9 Billion Backlog Is Mostly Build Revenue
Eutelsat reported an €8.9 billion backlog tied to designing and building IRIS², expected to be recognized primarily between 2027 and 2031. This is a different kind of revenue from the €10 billion forecast. Backlog from construction contracts is revenue Eutelsat earns for building the system. The commercial-services forecast is revenue earned later by selling connectivity over it. The first stream starts years before the second.
That sequencing has a practical consequence. If the €8.9 billion lands mostly in five years, it averages near €1.8 billion annually, which is above the €1.24 billion the company booked last year. Reported revenue could therefore rise sharply before a single customer pays for IRIS² bandwidth. Investors who watch revenue growth alone could mistake construction accounting for subscriber demand. The sound approach is to track the two streams separately as each reporting period arrives.
Recognition timing also carries execution risk. Backlog turns into revenue as work gets done, and satellite programs slip. A delay in manufacturing or launch pushes recognition to the right, even when the contract value is untouched. The report states the 2027 to 2031 expectation as the primary window, which leaves room for some of it to fall outside.
How Total Backlog Jumped From €3.4 Billion to €12.1 Billion
Eutelsat’s total backlog rose to €12.1 billion from €3.4 billion at the end of June. That is an increase of €8.7 billion, or roughly 3.6 times the earlier level, in a single reporting step. The IRIS² backlog of €8.9 billion accounts for nearly all of the jump. If the IRIS² figure sits inside the total, as the sequence suggests, then the remainder of the order book is around €3.2 billion. Compared with the €3.4 billion at end of June, that would imply the non-IRIS² backlog edged down slightly. The report does not state this reading, so treat it as arithmetic and not as a finding.
The takeaway for anyone benchmarking Eutelsat against peers is that the backlog figure now describes a company dominated by one program. A single contract family makes up roughly three quarters of the order book by our math (8.9 divided by 12.1 is about 74%). Concentration cuts both ways. It gives Eutelsat unusual revenue visibility through 2031, and it ties the company’s results closely to a single program’s schedule and politics.
The €3.39 Billion Investment Plan and the Bandwidth Payoff
Eutelsat plans to invest a combined €3.39 billion in shared and commercial IRIS² infrastructure between 2027 and 2034. That works out to about €424 million per year across eight years, using the same simple averaging. The report says the investment is expected to give Eutelsat access to more than twice OneWeb’s current bandwidth. In plain terms, the company is paying roughly €3.4 billion to more than double the capacity it can sell.
Set against the €10 billion revenue forecast, the ratio looks favorable on paper. Revenue of more than €10 billion against an investment of €3.39 billion is roughly three to one. But the comparison is loose. Revenue is not profit, the investment figure covers only Eutelsat’s share, and operating costs for running the network sit outside both numbers. The report gives no margin guidance in the material available to us, so the real return stays unknown.
The split between shared and commercial infrastructure is worth understanding. Shared infrastructure serves the wider IRIS² program. Commercial infrastructure is the part Eutelsat expects to monetize with paying customers. The €10 billion forecast is linked to the commercial side. The report supplies the combined investment total, and we have not broken it into parts here because the fact set available to us does not do so.
OneWeb Is the Only LEO Alternative Eutelsat Has Today
Eutelsat owns OneWeb, which the report describes as the only LEO satellite-network alternative to SpaceX’s Starlink. That sentence explains why the EU leaned on Eutelsat to lead the LEO segment of IRIS². The company already owns an LEO constellation, which gives it a starting point that a new entrant would lack. Building an LEO operator from zero in Europe would have cost years.
OneWeb’s role in the forecast is indirect. The €10 billion comes from IRIS²-linked capacity, not from today’s OneWeb service. Yet OneWeb is the commercial bridge. Between now and 2030, it is the only constellation Eutelsat can sell. After 2030, IRIS² capacity is expected to sit on top of it and give Eutelsat more than twice the current bandwidth. How the two networks coexist, whether IRIS² absorbs OneWeb traffic or runs in parallel, is not spelled out in the report.
For enterprise buyers, the practical message is that a European LEO option exists now, at smaller scale, with a larger sibling due later. Customers who want to avoid a single US supplier have a documented path, even if the capacity ceiling is lower than the market leader’s today.
IRIS² vs Starlink, Amazon Leo and Telesat
The competitive picture has four serious LEO programs, and none are standing still. Starlink is the incumbent, and Eutelsat’s report frames IRIS² as the EU’s alternative to it. Amazon’s LEO effort is moving through launches and acquisitions, as shown in our coverage of the FCC clearing Amazon Leo’s $11.5 billion Globalstar purchase and of Vulcan’s planned return on November 13 with 40 Amazon satellites. Telesat’s Lightspeed plan sits between them in scale. The table compares what each program has put on the public record, limited to figures we can attribute.
| Program | Operator | Planned or reported scale | Timing on record | Notes |
|---|---|---|---|---|
| IRIS² (LEO segment) | Eutelsat leads LEO for the EU | 330 satellites | Launches from 2029, services from 2030 | Eutelsat forecasts more than €10 billion in commercial revenue for 2032 to 2040 |
| OneWeb | Eutelsat | Operating constellation, size not given in the report | In service today | Described as the only LEO alternative to Starlink |
| Starlink | SpaceX | Not quantified in the Eutelsat report | In service today | The benchmark IRIS² is positioned against |
| Amazon Leo | Amazon | Batch of 40 satellites planned on Vulcan, per our coverage | Vulcan return to flight on Nov. 13 | FCC cleared an $11.5 billion Globalstar purchase |
| Telesat Lightspeed | Telesat | 225 satellites | Needs 14 SpaceX Falcon 9 launches, per our coverage | Depends on a competitor’s launch vehicle |
We left Starlink’s satellite count out on purpose. The Eutelsat report supplies no figure, and our rule is to cite only numbers we can attribute. Anyone comparing scale should pull SpaceX’s current count directly. The structural point survives without it, though. IRIS² at 330 satellites is a smaller constellation than the market leader runs, which is why Eutelsat’s pitch leans on sovereignty and bandwidth growth instead of raw satellite count.
The Hardware Question: 330 Satellites, Launches and Ground Gear
A 330-satellite constellation is a manufacturing and logistics problem before it is a business. Each satellite needs a bus, a payload, and a launch slot. The ground side needs gateways and user terminals, the dishes or flat panels that sit on roofs, ships and vehicles. The report does not name the launch providers for IRIS², and we will not guess. What we can say is that launch capacity is tight across the whole sector. Our report on SpaceX’s wish for 10,000 launches a year against the 195 the FAA has licensed shows how one company’s ambitions stretch regulatory capacity, and Canada’s reliance on SpaceX for 12 of 12 launches shows how thin the alternatives have been for allied governments.
Terminals matter just as much for adoption. Any network with consumer ambitions needs low-cost, easy-to-install hardware, while one aimed at enterprise users can lean on pricier equipment. The report is silent on terminal pricing and design. That is a gap worth watching, because the €10 billion forecast depends on enough users having something to connect with. Readers following the broader hardware angle can find more in our hardware section.
Where the Hardware Risk Sits
Three risks stand out. Manufacturing slips would push the 2029 launch date, which shifts every date after it. Launch scarcity could compound the delay. Terminal cost and availability could throttle demand even if the satellites work. None of these is unique to IRIS². Each applies to every constellation in the table above, and each has already tripped up programs that looked well funded.
Historical Context: Why Europe Wanted Its Own Constellation
IRIS² exists because European governments grew uneasy about relying on a single US-based provider for critical connectivity. The program is the EU’s answer, and the report positions it as the planned alternative to Starlink. Eutelsat’s ownership of OneWeb gave the bloc a head start, since OneWeb was already flying. The new network adds government-grade capacity and a European supply chain on top.
The pattern is familiar from large public infrastructure projects. Multi-country programs often run later than their first schedules claim. The lesson for IRIS² is not that it will fail. It is that public-private satellite programs deserve skepticism about early dates. A 2029 launch date set in 2026 should be read with that history in mind.
The flip side is that revenue visibility is real. A backlog of €8.9 billion tied to a specific contract is not a hope. It is signed work. The uncertainty lives in the second act, the 2032 to 2040 commercial revenue, where customers must choose IRIS² capacity over alternatives that keep getting cheaper.
Market Impact: What Investors and Telecom Buyers Should Watch
For investors, the first question is how much of the headline is already in the price. Anyone tracking the shares can follow the OTC listing on StockAnalysis’ Eutelsat page. We offer no price view. The facts that matter are the concentrated backlog, the multi-year capital plan, and the single-program dependence described above. Each raises the odds that quarterly results swing on schedule news.
For telecom buyers, the story is about optionality. A second large LEO network from a European operator gives procurement teams a negotiating counterweight. That matters most for public-sector and defense customers who want supplier diversity written into contracts. Our look at SpaceX’s $19.6 billion capex against AT&T’s $5.1 billion shows how fast the leading satellite operator is spending, which sets the pace Eutelsat has to chase. Eutelsat’s €3.39 billion over eight years is a fraction of that annual scale, a gap that explains why the pitch rests on sovereignty rather than price.
What Eutelsat Itself Says
The strongest primary-source statement comes from Eutelsat Group’s First Quarter 2026-27 investor presentation, which states: “Eutelsat estimates more than €10 billion in service revenue from IRIS² commercial capacity between 2032 and 2040.” The wording confirms the framing used in press coverage and pins the forecast to commercial capacity, not to the broader program budget. No named Eutelsat executive is quoted in the coverage we reviewed, so we attribute the claim to the company and to its presentation.
Company documents of this kind are written to support investor confidence. They are useful for what the firm commits to on paper, and less useful as neutral market forecasts. When Eutelsat says commercial services will exceed €10 billion, it is telling investors where management expects to land. Independent analysts would need to test the demand assumptions behind it, and the report supplies none.
Five Predictions for IRIS² and Eutelsat
These are our analytical judgments, not reported facts, and each could be wrong.
- Reported revenue climbs before service starts. With €8.9 billion of backlog concentrated in 2027 to 2031, Eutelsat’s top line should rise well above €1.24 billion before IRIS² carries its first paying commercial user.
- The 2029 launch date is the key risk marker. If the first launch slips by a year or more, expect the 2030 service start and the 2032 revenue window to shift in step.
- Terminal pricing becomes the next headline. Eutelsat has said little on user equipment. A pricing or partner announcement in the next year would be the clearest sign of commercial intent.
- OneWeb and IRIS² get bundled in sales pitches. Buyers will want one contract that spans today’s capacity and tomorrow’s. Expect Eutelsat to sell them as a single European LEO offer.
- Backlog concentration draws analyst scrutiny. With roughly three quarters of the order book in one program, coverage will focus on schedule risk and cash timing in each quarterly update.
FAQ: Eutelsat, IRIS² and the $11 Billion Forecast
How much revenue does Eutelsat expect from IRIS²? Eutelsat expects more than €10 billion, about $11.1 billion, in commercial-services revenue linked to IRIS² between 2032 and 2040. It is a cumulative forecast across the window, not an annual target.
Is IRIS² online yet? No. The first satellites are scheduled to launch in 2029 and initial services are expected from 2030. Headlines saying the network has come online run ahead of the report.
How many satellites will IRIS² have? The network is planned to feature 330 satellites, according to the report. Eutelsat leads the low-Earth-orbit segment.
What is Eutelsat’s backlog now? Total backlog rose to €12.1 billion from €3.4 billion at the end of June. Of that, €8.9 billion relates to designing and building IRIS², expected to be recognized primarily between 2027 and 2031.
How much will Eutelsat invest in IRIS²? The company plans a combined €3.39 billion in shared and commercial infrastructure between 2027 and 2034. That investment is expected to provide access to more than twice OneWeb’s current bandwidth.
What is OneWeb’s role? Eutelsat owns OneWeb, which the report calls the only LEO satellite-network alternative to SpaceX’s Starlink. It is the operating constellation Eutelsat sells today while IRIS² is built.
Is IRIS² really a Starlink rival? The report describes it as the EU’s planned alternative to Starlink. Whether it competes head to head for consumers is not established, since the report gives no terminal pricing or consumer plans.