Europe’s push for more independent space hardware just got a small but telling boost. Austrian startup Gate Space has raised €6.3 million from the European Innovation Council Accelerator to scale production of chemical propulsion systems for satellites, with its first flight slated for February next year on Austria’s BeaconSat.
The funding lands at a moment when European space policy is getting less abstract and more industrial. Governments in the region increasingly treat satellites, propulsion, and servicing systems as critical infrastructure, which is a polite way of saying they would rather not depend on foreign suppliers for the bits that keep spacecraft alive and moving.
What Gate Space is building
Gate Space, founded in 2022 by graduates of Vienna University of Technology, develops chemical propulsion systems for satellites, space capsules, and landers. Its main product is Jetpack, a standardized system for ESPA-class satellites, and the most compact version, Jetpack S, delivers a total impulse of 36,000 newton-seconds, takes 9 months to manufacture, and starts at 450,000 euros.
That pricing and turnaround matter. In a market where satellite operators are trying to move faster and squeeze more missions into tighter schedules, a propulsion unit that is both standardized and relatively quick to build can be more attractive than a custom system that looks elegant on a slide deck and misses the launch window.
- First flight: February next year on BeaconSat
- Manufacturing time for Jetpack S: 9 months
- Starting price for Jetpack S: 450,000 euros
- Total impulse: 36,000 newton-seconds
Why Europe is backing propulsion hardware
Gate Space was the only space company among 38 participants in the latest selection round, which is a neat snapshot of where the European Commission is placing its bets. The broader trend is bigger than one startup: Europe has spent years trying to build a more self-reliant space stack, from launch to components to in-orbit services, partly because the commercial market is expanding and partly because strategic autonomy sounds better than scrambling for imports.
According to the company, demand is being driven by three pressures at once: satellites launched in shared missions need their own propulsion to reach operational orbit, servicing and refuelling missions require precise manoeuvring, and crowded orbital traffic is forcing operators to think harder about collision avoidance and controlled deorbiting. None of that is glamorous, but it is where real money and real urgency tend to live.
OrbitFab, ASTRAL and the servicing race
Gate Space is not betting on a single use case. It is also involved in ASTRAL, the European Space Agency’s first mission to refuel satellites in space, led by the UK arm of OrbitFab. The goal is to demonstrate automatic docking between two satellites and fuel transfer by 2028, a milestone that would help turn in-orbit servicing from a talking point into a repeatable business.
The company says it has also signed several new contracts, though it is keeping the details under wraps for now, with execution planned for 2027 and beyond. That fits the pattern across Europe’s space sector: smaller specialists are being pulled into larger public programs while trying to build enough private demand to survive the long wait between procurement cycles.
The upside for a small player
Gate Space is still a small name next to the larger European primes and better-funded orbit-service hopefuls, but vertical integration and shorter production times could be its edge. If satellite operators keep demanding faster deployment, more manoeuvrability, and safer end-of-life operations, propulsion suppliers that can move quickly may end up looking very smart indeed.