Infinite Orbits raises €40 million to expand in-orbit servicing and push a European space sovereignty agenda

Brussels, November 17th 2025
Summary
  • Infinite Orbits closed an over-subscribed €40 million financing round on 17 November 2025 to scale in-orbit servicing capabilities.
  • The round is backed by the EIC Fund and several European private investors and follows a reported dual-use order book of €150 million to be delivered in the next three years.
  • The company plans a pan-European expansion with new offices in Luxembourg, Spain, the UK and Germany and accelerated deployment of a small GEO servicing fleet.
  • Infinite Orbits led the EIC-funded Endurance project under the EIC Accelerator Blended Finance scheme to develop life extension via rendezvous and docking for geostationary satellites.
  • Key questions remain about regulatory clearance, insurance, technical risk and market competition despite the funding and order book claims.

Funding, strategy and claims

On 17 November 2025 Infinite Orbits announced an over-subscribed equity round of approximately €40 million. The company presented the financing as a step toward becoming Europe s leading provider of in-orbit servicing for geostationary assets and as a contribution to European space sovereignty. The round was supported by the European Innovation Council Fund alongside Matterwave Ventures, Wind Capital, Balnord, IRDI and Newfund Capital. Infinite Orbits also cites a dual-use order book of about €150 million to be delivered over the next three years.

Who is Infinite Orbits and what technology does it sell

Founded in 2017 and headquartered in Toulouse France, Infinite Orbits is a NewSpace company that develops small satellites and subsystems for in-orbit inspection, space situational awareness and life extension services focused on geostationary orbit. The company markets an Orbit Guard fleet tailored for close inspection of GEO assets and promotes an Autonomous Vision-Based Navigation solution it calls Rendez Vous. It operates offices in the United States and Singapore and says it will open new offices in Luxembourg Spain the UK and Germany as part of the new expansion phase.

Geostationary orbit explained:Geostationary orbit lies about 35 786 kilometres above the equator. Satellites placed there appear fixed relative to the ground and are heavily used for telecommunications broadcasting and some earth observation functions. Typical operational lifetimes are around 10 to 15 years. When fuel or components run low many GEO satellites are moved to a so called graveyard orbit to reduce collision risk.
In-orbit servicing defined:In-orbit servicing covers a set of activities performed by a servicing spacecraft. Typical services include detailed inspection of a client satellite docking or berthing for repairs or refuelling attitude and orbit control assistance and active removal or relocation at end of life. The technical and operational complexity varies from proximity operations and visual inspection to physically docking and transferring propellant or hardware.
Rendez Vous Autonomous Vision-Based Navigation:Infinite Orbits describes Rendez Vous as an autonomous navigation stack that relies primarily on camera based relative navigation and onboard vision processing to approach and inspect GEO satellites. Vision based systems use images of the client spacecraft and feature recognition to guide maneuvers while minimising dependence on external navigation aids. These systems reduce some dependencies but face challenges under changing lighting and complex target geometries.

The Endurance project and EIC support

Infinite Orbits was the lead beneficiary for the Endurance project funded under the EIC Accelerator Blended Finance scheme. The project concluded on 30 September 2025 and focused on life extension services for older GEO satellites using rendezvous and docking operations. The work aimed to enable repair maintenance and extension of operational life rather than immediate deorbiting. The company positions Endurance as evidencing its technology readiness and as a practical demonstration of life extension use cases in GEO.

EIC Accelerator Blended Finance scheme:The EIC Accelerator blended finance option combines grants and equity like instruments to support high risk deep tech scale ups. It is part of the European Innovation Council s tools for scaling companies with strategic technologies. Participation by the EIC Fund in a financing round signals alignment with the EU s innovation objectives but does not replace commercial due diligence by private investors.

Investors partners and commercial claims

The announced investor group includes the EIC Fund together with private European funds Matterwave Ventures Wind Capital Balnord IRDI and Newfund Capital. Infinite Orbits frames the financing as a coordinated mobilisation of European private capital to create a continental champion in in-orbit servicing. The company also emphasises existing trusted partnerships with French sovereign institutions and says it will seek similar relationships with other European sovereign actors.

ItemDetailSource claim or note
Amount raised€40 millionAnnounced 17 November 2025. Described as over subscribed.
Order book€150 millionDescribed as dual use and to be delivered over next 3 years.
Lead investorsEIC Fund Matterwave Ventures Wind Capital Balnord IRDI Newfund CapitalListed participants in the round.
Headquarters and officesToulouse France operational offices in USA and Singapore new offices planned in Luxembourg Spain UK GermanyExpansion part of pan European strategy.
Core offeringOrbit Guard fleet inspection SSA and life extension for GEO assets via autonomous vision based rendezvousCompany commercial description.
EIC projectEndurance concluded 30 September 2025Focused on life extension services under EIC Accelerator Blended Finance.

What this funding change could enable

Infinite Orbits says the funds will support a pan European footprint an accelerated deployment of its inspection and life extension fleet and further cooperation with sovereign customers. If the company can convert the stated order book into delivered missions the injection of capital would support satellite manufacture integration and launches along with operations and scaling of the Rendez Vous software into operational flights.

Independent assessment and remaining questions

The announcement contains several positive claims that merit cautious scrutiny. A €40 million round is material for a small satellite scale up but is modest relative to the capital intensity of manufacturing launching and operating a GEO servicing fleet. The reported €150 million order book strengthens investor confidence but the announcement does not disclose the composition of those orders the contracting parties or the contractual milestones and penalties that underpin the backlog.

Technical risk remains high for rendezvous docking and life extension in GEO. Vision based autonomous navigation reduces reliance on ground based support but must handle complex illumination and thermal environments in GEO and must be validated end to end in flight. On orbit servicing also raises insurance procurement challenges and potential liabilities if proximity operations damage client assets. Those insurance and liability arrangements are often critical to winning and executing contracts for high value GEO satellites.

Regulatory and strategic issues are also relevant. In orbit servicing can be classified as dual use meaning it is relevant for civilian and military applications. This can trigger export controls and heightened scrutiny between EU Member States and third countries. Europe is actively pursuing space autonomy and sovereignty but practical delivery depends on coherent regulatory frameworks for space traffic management debris mitigation and export control harmonisation across the continent. The announcement signals intent to work with sovereign institutions but gives limited detail on how regulatory and export control hurdles will be addressed.

Competition in the in orbit servicing market is increasing. Established players and new entrants in the United States Japan and elsewhere are advancing inspection docking refuelling and debris removal capabilities. Europe s ambition to have a domestic champion is consistent with EU policy but market outcomes will depend on technology execution programme reliability and the ability to secure repeat business under insured contracts.

Key risks to watch

1. Execution risk in developing and launching multiple operational GEO servicing satellites within the promised timeframe. 2. Contract conversion risk if the order book contains preliminary memoranda of understanding rather than firm contracts. 3. Regulatory and export control constraints for dual use services. 4. Insurance and liability availability and cost for proximity operations. 5. Competition from non European incumbents and startups.

Context within EU innovation and space policy

The European Commission and the European Innovation Council have increased instruments to support strategic technologies that promote technological autonomy. EIC funding and EIC Fund participation are designed to lower capital gaps for high risk companies with technologies seen as strategically important. Infinite Orbits s narrative aligns with broader EU priorities on competitiveness and security in space. Successful industrial scaling would support those goals but will require coordinated public procurement regulatory adaptation and continued private capital flows.

Conclusion

The €40 million round and the EIC Fund s participation are notable developments for a European in orbit servicing company. They reflect investor appetite for capabilities that extend satellite life and provide in situ situational awareness in GEO. However the headline figures do not remove significant technical regulatory and commercial hurdles. Delivering a resilient pan European capability will require transparent contract details risk mitigation for proximity operations and coordination with European regulatory and sovereign stakeholders. The announcement is an important data point in Europe s emerging in orbit servicing ecosystem but not a guarantee of market leadership.