The global space industry keeps shifting from a launch-centric era to an in-orbit services era, and French SpaceTech startup Infinite Orbits stands at the center of this transformation. On November 18, 2025, the company announced a €40 million funding round that drew strong interest from European investors and reached oversubscription. Infinite Orbits now plans to expand its portfolio of satellite-servicing products and scale its constellation of autonomous spacecraft that perform inspection, monitoring, and life-extension missions in geostationary orbit.
A New Phase for Satellite Servicing
Infinite Orbits entered the market with a bold vision: create a sustainable space ecosystem by extending the operational lifetime of satellites and reducing space congestion. The company designs and builds a family of small, highly maneuverable satellites that can approach, analyze, and support larger geostationary satellites.
The team refuses to treat satellites as disposable assets. Instead, they treat every spacecraft as an investment that deserves maintenance, upgrades, and additional mission years. Their technology allows operators to save hundreds of millions of euros by delaying new satellite purchases. This strategy gives the startup an edge in a market that values both cost efficiency and orbital sustainability.
How the Company Attracts Investors
Investors want strong economics, clear demand, and long-term viability. Infinite Orbits checks all three boxes. The company benefits from a clear market structure: GEO satellites cost hundreds of millions of euros to launch and maintain. Operators want to extend their lifetimes, and Infinite Orbits offers that capability. Their inspection and life-extension services also fit a world that needs better management of orbital space and more responsible operations.
The new €40 million round brings fresh capital that helps Infinite Orbits hire engineering talent, expand manufacturing lines, and accelerate deployment of the next generation of servicing spacecraft. The company also plans to strengthen its partnerships with European space agencies, insurance companies, and commercial satellite operators. Investors see a business model that scales with global satellite demand, and they treat the company as a future leader in the in-orbit servicing category.
Scaling the GEO Servicing Fleet
Infinite Orbits focuses on the geostationary orbit because it houses the world’s largest and most expensive communication and weather satellites. The company already operates inspection spacecraft that provide real-time imaging and diagnostics. Operators use these insights to evaluate anomalies, prepare missions, or plan satellite repositioning.
The company now wants to deploy more units to cover additional longitudes and create near-real-time monitoring across the GEO arc. Each servicing spacecraft carries autonomous navigation software that allows it to approach client satellites with high precision. The engineering team built a robust safety system that ensures smooth proximity operations without risk to the host satellite.
With the new funds, the team intends to produce multiple Space-Stay life-extension vehicles. These vehicles dock with aging satellites and give them several extra years of controlled station-keeping. This extension helps operators recover full value from their assets and avoid service interruptions for customers on Earth.
Why Satellite Servicing Gains Momentum
The traditional space economy relied on a simple transaction: build satellites, launch satellites, and replace satellites every decade or so. That model no longer works in a world that prioritizes cost efficiency and environmental responsibility. As operators deploy larger and more expensive satellites, they want solutions that keep these assets productive for longer periods.
Satellite servicing offers several clear advantages:
1. Cost savings
Replacing a GEO satellite can cost more than €300 million. Servicing missions cost a fraction of that and deliver years of additional operational time.
2. Reduced space debris
A servicing spacecraft reduces the number of new satellites required, which helps limit congestion and debris in high-value orbits.
3. Greater flexibility
Operators can adjust mission strategies based on real-time inspection data. They can make informed decisions instead of relying on incomplete diagnostics.
4. Insurance benefits
Insurers gain better visibility into satellite health, which improves risk assessment. As a result, servicing missions lower insurance costs.
Infinite Orbits strengthens its value proposition because it covers both inspection and life extension. Operators want a single provider that offers end-to-end orbital services, and Infinite Orbits fills that need.
Positioning Europe in the Global Space Race
Europe wants stronger participation in the commercial space economy. Infinite Orbits gives the continent a foothold in a market that will grow rapidly over the next decade. Several major US companies already operate in-orbit servicing missions, and Asian firms continue to explore the sector. Europe needs homegrown competitors, and Infinite Orbits provides that strategic advantage.
EU-based investors recognize this opportunity. Their participation in the €40 million round shows clear regional interest in building sovereign capabilities. European governments also support sustainable space practices, and Infinite Orbits aligns with these goals through responsible orbital management.
Beyond European borders, the company plans to offer its services to operators worldwide. GEO satellites serve markets across the Middle East, Africa, Latin America, and South Asia. Infinite Orbits wants to build long-term relationships in these regions and position itself as the default partner for orbital maintenance.
Technology Behind Infinite Orbits’ Success
The company builds servicing spacecraft that rely on three core technologies:
1. Autonomous Navigation
The team designed advanced algorithms that allow spacecraft to track, approach, and maneuver around satellites with centimeter-level precision. This level of autonomy reduces operational costs and improves mission reliability.
2. Miniaturized Propulsion
Infinite Orbits uses compact propulsion systems that deliver high efficiency and safe proximity maneuvers. Their propulsion design combines long operational endurance with rapid response to orbital adjustments.
3. High-resolution Optical Payloads
Their inspector satellites carry imaging systems that capture detailed visuals of client spacecraft. Operators use this imagery to assess damage, monitor solar array alignment, and analyze thermal patterns.
These technologies create a capable fleet that performs complex missions safely and reliably.
Market Outlook for Satellite Servicing
The satellite servicing industry will grow rapidly in the next decade. Analysts expect strong demand because operators want to protect multi-million-euro assets and avoid expensive procurement cycles. Government agencies also need sustainable management of national security satellites, and they want transparent health monitoring.
Infinite Orbits stands in a favorable position because it entered the market early and developed proven technology. Their combination of inspection and life-extension services creates a full suite of offerings that few competitors match.
If the company scales successfully, it could influence global standards for responsible orbital servicing. It could also push regulators to adopt frameworks that support proximity operations, docking procedures, and long-term orbital sustainability.
What Comes Next
The €40 million round gives Infinite Orbits a strong financial runway. The team plans to launch new missions, deploy more servicing spacecraft, and expand its engineering workforce. They also aim to enter new commercial contracts with satellite operators that value longer service lifetimes and better orbital control.
The company wants to lead the transition toward a circular space economy—an ecosystem where satellites receive upgrades, repairs, and life-support rather than disposal. This vision aligns with global sustainability goals and strengthens economic efficiency across the space sector.
Infinite Orbits now stands at the threshold of major growth. With investor backing and technological innovation, the company shapes the future of orbital infrastructure and establishes Europe as a major force in the satellite-servicing industry.
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