Imagine a high-tech camera for space that can see heat and light invisible to humans. Right now, Europe has to buy the best versions of these from the US, but they come with strict rules and restrictions. This project is building a homegrown version of these sensors so Europe can make its own high-resolution space cameras without relying on foreign imports.
European space agencies rely on US-made infrared sensors due to a lack of large-format domestic alternatives. This creates a strategic dependency and exposes EU projects to strict US export (ITAR) restrictions.
A complete European supply chain for T2SL eSWIR FPAs, including the detector design, large scale growth process, and high-performance digital ROICs.
If you are a satellite manufacturer dealing with US export and ITAR restrictions on high-end sensors — this project developed a European T2SL eSWIR FPA supply chain that provides a non-dependent alternative for large format imaging.
If you are an infrared camera developer dealing with the lack of large format European detectors — this project developed a scalable ROIC and T2SL manufacturing process that enables the creation of competitive eSWIR FPAs.
If you are a space agency contractor dealing with the need for larger pixel formats than 2kx2k — this project developed a disruptive supply chain for large format T2SL sensors to match the capabilities of US 4K×4K and 8K×8K demonstrations.
Based on available project data, specific pricing is not disclosed, but the project objective is to make these large format T2SL eSWIR FPAs 'affordable' compared to current options.
Yes, the project incorporates the full production chain, including large scale growth and fabrication, with Airbus and IRnova leading the industrialization efforts.
Based on available project data, the specific licensing terms are not listed, but the consortium includes a mix of industry, RTO, and university partners to establish a European supply chain.
The project runs from 2023-12-01 to 2027-05-31, aiming to evaluate space prototype FPAs by the end of the period.
The project focuses on developing high performance scalable ROICs with dedicated features to improve eSWIR space FPA performances and interfaces.
The consortium is highly balanced for commercialization, with a 50% industry ratio. It combines the market reach and testing capabilities of a prime contractor (Airbus), the specialized manufacturing of an SME (IRnova), the technical R&D of a world-class RTO (Fraunhofer IAF), and the academic validation of a research leader (ISAE-SUPAERO). This structure covers the entire value chain from design to space environment evaluation.
Contact Airbus Defence and Space SAS regarding the T2SL eSWIR FPA business plan.
Contact us to explore licensing opportunities for the European T2SL supply chain.
