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By the SpaceNexus Desk
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Two linked announcements this week describe a maturing market for small geostationary satellites.
First, Astranis has upgraded to a dedicated Falcon 9 to launch its fourth batch of satellites, according to Via Satellite. The company expects to launch six MicroGEO satellites on the dedicated mission in 2028, injected directly into their target orbit. Previously, such satellites had been planned for a shared ride.
Second, ST Engineering iDirect will provide the ground network for MB Sat-1, a sovereign microGEO satellite built by Astranis, under a new deal with MBSat, part of the Mohammed Al Barwani Group in Oman. SatNews describes the selection as an iDirect Intuition platform deployment for ground infrastructure in Oman, announced on Sunday, October 25, 2026.
The sources do not give contract values, satellite capacity figures or launch dates for MB Sat-1. We note only what has been reported.
The microGEO concept packages a smaller, lower-cost geostationary satellite designed for a specific market or national need. The business logic is that a country or operator can own a satellite serving its territory without paying for a large traditional spacecraft. The Oman deal frames it explicitly as a sovereign asset.
The move to a dedicated launch matters for two reasons. Direct injection means the satellites can be placed closer to their final orbit, which reduces the onboard propulsion and time needed to reach station. A dedicated flight also gives control over schedule, which rideshare arrangements do not. Choosing a dedicated vehicle for six satellites suggests the company sees a batch large enough to justify the cost, and customers who want certainty on timing.
The ground network deal shows the other half of the sovereign proposition. A satellite is only useful with a network that can manage terminals, traffic and service. By selecting a ground platform in-country, MBSat is building out the full service stack, not just buying a spacecraft.
Sources:
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The geostationary market has long been seen as challenged by low Earth orbit constellations. The microGEO model positions geostationary as a niche, targeted and sovereign-friendly option. A 2028 launch date for the fourth batch indicates a multi-year backlog. For incumbents, the competitive question is whether small, quickly built GEO satellites take share in regional and government segments.
The satellite bus is also a strategic chokepoint, as other coverage this month has argued in the context of fundraising by bus makers. The Astranis case shows a vertically integrated firm that has to manage its own manufacturing and launch logistics at the same time.
The choice of a dedicated Falcon 9 reinforces SpaceX's role as the default provider for commercial geostationary missions. It also shows how demand for launch is being booked years ahead: a 2028 mission is being planned in late 2026. Alternative providers such as those slipping schedules, including Neutron's move to 2027, find it harder to compete for such manifest slots when customers want certainty.
For ST Engineering iDirect, the deal extends its footprint in the Middle East and adds a reference project for sovereign satellite networks. Ground platforms are increasingly selected alongside the satellite, so ground vendors can shape the service model. Oman gains an in-country network that supports data sovereignty and operational control.
Sovereign satellite ownership is a growing theme. Governments want capacity under national control for resilience, public services and security. In the same news cycle, Eutelsat's chief executive argued that the confusion over Starlink and Starshield in Ukraine could not happen with OneWeb, and said the company wants to enter direct-to-device. Control over connectivity is now a political question, which supports interest in owned or locally governed assets such as MB Sat-1.
Demand for connectivity continues across sectors. EasyJet announced a first-time in-flight connectivity rollout with Starlink across its Airbus fleet. That deal illustrates the strength of low Earth orbit offerings in mobility. MicroGEO satellites compete in different segments, such as regional broadband, government services and backhaul, where a fixed footprint and national control matter more.
Three developments are worth watching.
We lack details on the commercial terms and the capacity of MB Sat-1, so conclusions about its economics would be speculative. What the facts support is that the microGEO segment is moving from demonstration to a repeated production and launch cadence, with ground infrastructure and sovereign ownership as central selling points.