Polish satellite manufacturer Creotech Instruments plans to increase its production capacity tenfold by 2029, highlighting Europe’s ambition to strengthen its space industry while remaining dependent on foreign launch providers.
Chief executive Grzegorz Brona said the company intends to open a new factory in Poland capable of producing up to 40 satellites a year across different models, or as many as 100 units of one model. The expansion comes as European governments seek greater control over critical space infrastructure, satellite communications and launch services.
Creotech targets major expansion in Poland
The planned facility in Mazowieckie would represent a significant increase from Creotech’s current site in Piaseczno, near Warsaw, which can produce about 10 satellites annually. The company currently specialises in small satellites and microsatellites, generally weighing from around 10 kilograms to several dozen kilograms.
Creotech’s platforms are built around its proprietary Hypersat modular technology. Its work includes Earth-observation satellites, communications-related systems and platforms developed for national and European space programmes.
The company has also said it aims to develop satellites weighing up to 500 kilograms by 2032. In the near term, it plans to establish subsidiaries in France and Germany, expanding its commercial and institutional presence in two of Europe’s largest space markets.
Projects linked to Poland and the ESA
Creotech has worked with the European Space Agency and contributed platforms or subsystems to missions including Comet Interceptor, JUICE, LISA, the Plasma Observatory and the Twardowski lunar mission.
Its satellite portfolio also includes the PIAST and MikroGlob constellations. The MikroGlob satellites were built for Poland’s Armament Agency and launched this month, according to the company’s chief executive.
Why Europe’s launch dependence matters
The expansion of European satellite manufacturing is taking place against a backdrop of concern about the continent’s limited access to independent launch capacity. Brona warned that Europe could build thousands of satellites but still lack sufficient launch vehicles to place them into orbit.
Creotech has deliberately avoided incorporating US technology into its satellites where possible, partly to reduce exposure to US arms-export controls. Under those rules, satellites containing American components may face restrictions on international sales or transfers.
However, avoiding US components does not remove the wider launch problem. All four satellites Creotech built for Poland’s MikroGlob military programme were carried into orbit by SpaceX rockets.
The issue has gained greater political importance amid uncertainty about access to US satellite communications technology used in support of Ukraine. For European policymakers, the concern is not only commercial dependence but also whether access to critical space services could become vulnerable to changing political decisions.
Europe seeks more launch capacity
European institutions and private companies are pursuing several efforts to expand launch options. The European Space Agency has been considering additional flights for the Ariane 6 and Vega-C rockets to prevent a future bottleneck as satellite demand increases.
Arianespace, which operates Ariane 6, is planning between nine and 10 launches a year from 2027. The European Launcher Challenge, launched by the ESA in March, is intended to support private companies and start-ups developing new launch services.
Potential commercial spaceport projects include SaxaVord in Scotland and Andøya in Norway. Companies such as Isar Aerospace and Rocket Factory Augsburg are also working on small- and medium-lift launch systems.
These projects form part of a broader effort to improve European strategic autonomy in space. They do not yet remove the continent’s reliance on international launch providers, and developing reliable launch systems remains technically and financially demanding.
EU satellite ambitions
European Commissioner for Defence and Space Andrius Kubilius has said the European Union wants to increase the number of government satellites from 80 to 630 and reach 62 launches each year by 2034, using launch sites in Europe and Canada.
The planned expansion is linked to anticipated demand from programmes such as Galileo, the EU’s satellite navigation system, and Copernicus, its Earth-observation programme. More satellites would support navigation, environmental monitoring, communications, security and crisis response.
ESA Director General Josef Aschbacher has also proposed a €10 billion, 10-year programme to develop an independent European crew vehicle and a launch recovery system. The proposal is intended to address Europe’s longer-term access to space as the International Space Station approaches retirement at the end of 2030 or early 2031.
What the development means for Europe
Creotech’s plans illustrate both the growth of Europe’s space manufacturing base and the limits that remain outside the factory floor. European companies can design and build increasingly capable satellites, but their ability to deploy those systems depends on the availability of suitable rockets, launch sites and secure supply chains.
- Industrial capacity: Creotech aims to raise production from about 10 satellites a year to up to 40 across several models.
- Strategic resilience: European governments want more control over communications, navigation, Earth observation and defence-related space systems.
- Launch access: Europe is developing Ariane 6, Vega-C and private alternatives, but capacity remains limited.
- Cross-border cooperation: ESA programmes, EU initiatives and companies in several countries are contributing to the wider space ecosystem.
For Ireland and other EU member states, the implications are likely to be seen through European research programmes, public procurement, communications resilience and access to satellite-based services rather than through Creotech’s factory plans directly. EU-funded space programmes affect navigation, climate monitoring, agriculture, transport and emergency planning across the Union.
What happens next?
Creotech’s next steps include developing the planned Polish factory, expanding into France and Germany and moving towards larger satellite platforms. At European level, the key tests will be whether Ariane 6 and Vega-C can increase flight frequency and whether private launch companies can reach regular commercial operations.
Europe’s space strategy will also depend on decisions by the ESA, the European Commission, EU member states and national agencies. Manufacturing more satellites is an important part of that strategy, but reliable and politically secure access to orbit is equally essential.
Creotech’s planned tenfold capacity increase therefore represents more than a company expansion. It reflects Europe’s effort to build a stronger space industry while addressing a strategic weakness: the ability to launch, operate and protect the satellites on which modern economies and public services increasingly depend.
