NEO to Develop Hyperspectral Payload for ESA

Norsk Elektro Optikk (NEO) has begun development of an advanced hyperspectral imaging system for satellite-based methane detection. The initiative is supported by the European Space Agency (ESA)’s InCubed program.

The camera, built from NEO’s existing SWIR-640 camera model, incorporates key advancements. These include optimized hyperspectral technology for improved detection capability, a refined optical system for higher imaging precisions, extended spectral range covering critical methane absorption bands, compact and lightweight design for satellite integration, and enhanced cooling mechanisms for stability in space. Key performance highlights include a ground sampling distance of 60 m, spectral sampling of less than 2.5 nm in the spectral range of 1340 to 2500 nm, and signal-to-noise ratio optimized for precise methane detection.

With funding from ESA, the project will progress through key design and testing phases over the next year. A commercial agreement for multiple flight models has already been proposed, signaling strong market interest.