On Thursday, September 10, 2026, satellite operator Eutelsat Group announced a €1 billion satellite procurement order to build and deploy its second-generation (Gen-2) OneWeb Low Earth Orbit (LEO) constellation.
The major capital commitment expands the operator’s LEO constellation capacity, positioning the combined GEO-LEO satellite company against low Earth orbit broadband platforms such as SpaceX’s Starlink and Amazon Leo.
Program History and GEO-LEO Consolidation Context
The €1 billion procurement represents the largest single capital expenditure milestone for Eutelsat since its merger with OneWeb. The investment builds upon Eutelsat Group’s 69.5 percent LEO revenue surge driven by OneWeb constellation expansion, which validated multi-orbit commercial demand across enterprise, maritime, and defense sectors.
The announcement follows parallel industrial developments across Europe’s space ecosystem, including Thales Alenia Space securing a €500 million contract tranche for Eutelsat’s LEO payloads under the EU’s IRIS² program. Concurrently, launch access for competing multi-orbit platforms continues scaling, highlighted by Arianespace securing orders for 10 Ariane 64 heavy-lift launch vehicles.
Second-Generation Spacecraft Architecture and Technical Parameters
The €1 billion order funds the manufacturing of second-generation spacecraft engineered to integrate into Eutelsat’s active orbit planes while introducing upgraded payload capabilities:
- Software-Defined Payloads: Features reconfigurable digital beamforming payloads that allow dynamic reallocation of capacity over high-density commercial hubs and maritime transit corridors.
- Increased Data Throughput: Delivers multi-gigabit individual spacecraft capacity, expanding upon first-generation OneWeb throughput limits to meet bandwidth-heavy enterprise demands.
- Inter-Satellite Optical Links: Integrates laser communication terminals across the fleet to route traffic in orbit, reducing reliance on intermediate ground relay stations.
- Multi-Frequency Spectrum: Supports dual Ka-band and Ku-band operational links to ensure backward compatibility with deployed user terminals while opening high-frequency trunking channels.
Market Rationale and Competitive Positioning
The multi-billion-euro expansion targets growing enterprise, government, and aviation connectivity markets where low latency is required alongside guaranteed service level agreements (SLAs). While SpaceX’s Starlink continues scaling consumer and direct-to-cell subscriber numbers, Eutelsat is concentrating its LEO capacity on high-margin business-to-business (B2B), mobile backhaul, and defense command networks.
By operating a hybrid fleet combining Geostationary Earth Orbit (GEO) satellites with LEO assets, Eutelsat provides multi-orbit redundancy. GEO spacecraft deliver broad geographic coverage and cost-effective broadcast capacity, while the OneWeb LEO layer delivers low-latency connectivity required for real-time cloud computing, video conferencing, and tactical communications.
Executive Leadership Viewpoint
Eutelsat executive leadership highlighted the strategic importance of scaling the LEO constellation to meet rising global connectivity demand.
“This one-billion-euro order represents a decisive step in the execution of our multi-orbit strategy,” stated Eva Berneke, Chief Executive Officer of Eutelsat Group. “By investing in our second-generation OneWeb constellation, we are securing the long-term continuity, capacity, and performance of our Low Earth Orbit layer. This expansion enables us to address surging global demand for low-latency broadband, deliver enhanced services to our enterprise and government clients, and solidify our position as a leading global satellite operator.”
Procurement Timeline and Orbital Deployment Roadmap
Hardware manufacturing for the second-generation spacecraft will initiate immediately across European manufacturing facilities. Component assembly and platform integration will proceed through 2027, with initial orbital deployments scheduled to commence ahead of operational integration into Eutelsat’s active global constellation.
