Satellite Constellations Surge as Canada, UK Fund Military Comms

Governments are paying for satellite networks they control

For most of the past decade, commercial operators set the pace in low Earth orbit and governments bought service from them. In October 2026 that started to shift. Allied governments put large sums into satellite communications they can control themselves, while commercial operators kept adding factory capacity, launches, and funding rounds.

Canada made the most concentrated set of announcements. Defence Minister David McGuinty said at the SpaceBound conference in Gatineau that Ottawa had signed more than C$3 billion in space contracts and agreements over the past year. The money covers four priorities: surveillance, space domain awareness, secure satellite communications and sovereign launch.6 The largest item is a C$2.3 billion contract with Telesat for secure, high-speed military connectivity in the Arctic. Other items include a C$688 million radar satellite deal with MDA Space and a C$105 million Launch the North program.6

Ottawa also signed a 10-year, C$20 million agreement with NordSpace that gives the armed forces access to the Atlantic Spaceport Complex in Newfoundland and Labrador. Separately, Kepler Communications won a C$4.7 million, two-year contract to develop laser links that let satellites pass data directly to one another.5 Canada also became a full member of NATO's STARLIFT initiative, which aims to build a launch network that lets allies put assets into orbit at short notice.5

The UK has moved along similar lines. Its Space Strategy, published September 8, commits £2.3 billion to military satellite communications for the financial years 2026/27 through 2029/30, inside a wider £2.8 billion package.3 SKYNET stays the backbone for sensitive sovereign communications. The Ministry of Defence will also pool satellite communications procurement across government through a new Enterprise Space Category.2 Both outlets that covered the strategy make the same point: the £2.3 billion pays for communications services, not for building new SKYNET satellites.23 That detail matters. London is mainly buying capacity and pooling demand across a mix of sovereign, allied and commercial systems, not commissioning a new fleet.

The Starshield episode explains the timing

The allied spending is easier to understand next to what happened in Ukraine. On the night of October 13–14, Ukraine's military found that Starshield, the US government-funded service run by SpaceX, was suddenly working under remotely imposed speed restrictions. The change contributed to several failed missions.4

The first reports blamed SpaceX, and that changed within days. Reuters reported that a White House official had told the Pentagon to impose the limits. SatNews summarized the report, and Elon Musk said the US government, which owns Starshield, sets its limits.8 Ukraine's defence ministry said connectivity was restored on October 15, though velocity caps stayed in place.8

In my reading, the corrected account is worse news for US allies than the original one. A service cut caused by one contractor's decision can be fixed with a different contractor. A cut ordered by Washington applies to any US government-sponsored system. SatNews reported that European officials have renewed calls to reduce reliance on single-nation systems.8

Telesat is positioning itself to fill that gap. The company says its Lightspeed constellation will enter service in early 2028 for government, telecom and defence customers across NATO, and that it would consider serving Ukraine.1 The EU is also discussing Ukraine joining its GOVSATCOM program, which has been running since January 2026. It is not clear whether it could fully replace Starlink on the battlefield.1

The Pentagon's own constellation is filling in

The US is building out its own military layer at the same time. A Falcon 9 launched 21 Northrop Grumman-built satellites from Vandenberg on the Tranche 1 Transport Layer A mission. It was the fourth production launch for the Space Development Agency's Proliferated Warfighter Space Architecture.9 Spaceflight Now said the three earlier missions had put 63 satellites in orbit. The new batch brings the total to the 84 cited in Northrop's announcement.910 Tranche 1 should reach 126 Transport Layer and 28 Tracking Layer satellites and begin providing operational capability in 2027.9

The SDA network uses optical crosslinks and connects to Link 16, the military's tactical data network. Its job is to get missile warnings and targeting data to forces quickly.9 The launch also shows how much the US military depends on SpaceX. SpaceX carries the government's own sovereign constellation into orbit, the same company whose service to Ukraine was just restricted on White House orders.

Starship moves from tests to paid flights

On September 28, Flight 14 became the first Starship mission to reach orbit. It deployed 26 operational Starlink V3 satellites even though one upper-stage Raptor engine shut down early.2421 Controllers cut the planned six-orbit, roughly ten-hour mission short after about two orbits and brought the ship down in the Pacific around three hours after launch.2630 AP reported that the ship tipped over and caught fire after splashdown.30

Reports disagree on how much capacity the launch added. CNN quoted SpaceX spokesperson Dan Huot comparing it to about 20 Falcon 9 flights in bandwidth.25 Another report, citing SpaceX's third-quarter highlights, put it at about ten times the downlink added by a comparable Falcon 9 Starlink launch.27 Either way, one Starship flight now does the deployment work of many Falcon 9 flights.

The next step is bigger. On SpaceX's third-quarter earnings call, Musk said Flight 15, expected in November, will try to catch both the Super Heavy booster and the ship with the launch tower. He said success would be the first full recovery of an orbital launch vehicle.29 Musk called success "more likely than not." SpaceX President Gwynne Shotwell said the company expects the FAA license to allow return-to-launch-site catches of both stages.29 Trackers list a no-earlier-than date of November 8 with Booster 22 and Ship 42. No FAA license had been published as of October 20.23 Musk is also aiming for weekly Starship flights in the first half of 2027 and at least two a week by the end of that year.26 Those targets should be treated as goals, not commitments.

Amazon builds satellites faster than it can launch them

Amazon's Leo network, formerly Project Kuiper, has produced more than 1,000 satellites.33 The number in orbit is much smaller. Orbital trackers put it at roughly 390 to 400 production satellites, against roughly 11,100 active Starlink satellites.3132 One industry overview put Amazon's in-orbit count near 700 by July.37 That figure is far above the tracker counts, and I treat the trackers as more reliable.

The gap is mostly about launch access. Amazon missed the FCC deadline to have 1,618 satellites up by July 30, 2026, and received a conditional waiver that temporarily lowers the spectrum priority of satellites launched afterward.31 It has bookings across Atlas V, Falcon 9, Ariane 6, Vulcan and New Glenn.34 A New Glenn explosion at Launch Complex 36 in May has pushed back one of those options.48 Amazon can build satellites much faster than it can get them into orbit.

Investors are backing the infrastructure

Seraphim counted a record $20.8 billion in space startup funding in the third quarter, nearly three times the previous quarter. Launch and space access took $16.4 billion of it.15 Large rounds included $1.37 billion for Hadrian, $1 billion for Stoke Space and $500 million for K2 Space. Seraphim also noted that defence and sovereign demand is increasingly driving the money.15

Recent deals show where the money is going:

• Xona raised $250 million at a $2.45 billion valuation for Pulsar, a jamming-resistant commercial alternative to GPS. The round came days after Xona launched six satellites on a Falcon 9.16
• Satellite bus maker Apex is reportedly in talks to raise about $500 million at a roughly $4 billion valuation, close to double its June valuation.17
• Hubble Network reached a $1.6 billion valuation on a $200 million round.12
• Kapta Space raised $24 million to build radar sensors for defence satellites.11

Washington Harbour Partners, a defence-focused investor, led the Kapta round and is reportedly leading the Apex round as well.1117 Seraphim also points to a weak spot: publicly listed space companies are still losing money, and funding is expected to slow from the third-quarter peak.15

The Moon schedule now depends on Starship's progress

Starship's progress also sets the pace for NASA's lunar plans. NASA revised Artemis in February. Artemis III, targeted for the third quarter of 2027, will now test docking between Orion and both companies' landers in low Earth orbit. The first crewed landing moved to Artemis IV in early 2028.4445 SpaceX still has to show it can transfer propellant in orbit. It is aiming for an uncrewed lunar landing before the end of 2027. Blue Origin plans an uncrewed Blue Moon MK2 landing in the first quarter of 2028.48 Technology.org noted that a slip by either company could push back the Artemis IV date.48 NASA is scheduled to brief reporters on October 23 on how it plans to speed up the program.43

What it adds up to

The October coverage points one way. Military buyers are putting money into networks they can control. Investors are funding factories and launch capacity. Starship's November flight will matter for Starlink capacity, the lunar schedule and the cost of reaching orbit. The Starshield episode explains why allies are spending, and the flow of money into rivals and alternatives shows that the market is responding.