The Risks to Europe’s Space Push

Why It Matters

The developments underscore Europe’s quest for digital sovereignty in a market dominated by US and Chinese players, but financing shortfalls could erode its competitive edge.

Key Takeaways

• STMicro aims $3 bn revenue from LEO and traditional space by 2028.
• European chip makers target $2 bn space market by 2028, $2.9 bn by 2030.
• Space Forge raised €22.6 m (~$24.6 m) to build orbital material factories.
• Smart‑skin project creates adaptable protection for space robots and lunar missions.
• Private European venture capital for space scale‑ups remains near zero in 2025.

Pulse Analysis

European semiconductor firms are positioning themselves at the heart of the New Space economy. STMicroelectronics, with its FD‑SOI and BiCMOS processes, aims to capture a $3 bn revenue stream by 2028, leveraging radiation‑hard ASICs for Starlink‑type user terminals that could cost as little as $10 per unit. Alongside Infineon and Microchip, these manufacturers are expanding the addressable market from $650 m last year to an estimated $2 bn in 2028, a growth trajectory that could reshape Europe’s digital sovereignty and reduce reliance on US‑centric supply chains.

Beyond chips, Europe is pioneering novel space‑based technologies. UK startup Space Forge secured roughly $24.6 m to operate an orbital plasma factory, promising ultra‑pure semiconductor crystals unattainable on Earth. Simultaneously, a Danish‑led consortium is developing a Smart Skin for exploration cobots, integrating thermal shielding, dust protection, and collision sensors to enable robust lunar and Martian operations. These initiatives, coupled with plans for orbital data centres that could lower AI‑server launch costs from $10,000/kg to under $200/kg, illustrate a diversification of capabilities that could give Europe a strategic edge in both space and terrestrial markets.

Despite technical advances, Europe’s space ecosystem faces a critical financing bottleneck. While public and EU funding remain strong, private capital for scale‑ups is almost nonexistent, with 2025 seeing no European lead investors in later‑stage rounds. The sluggish passage of the European Space Act, not expected until 2030, adds regulatory uncertainty, especially around cybersecurity and US partnership impacts. This funding gap threatens to cede market share to US and Chinese rivals, underscoring the urgency for a coordinated venture‑capital push and faster policy implementation to sustain Europe’s ambitious space agenda.