The Exara cameras provide multispectral thermal imaging across the 3–14 µm spectral range for space applications. Built around Luqia’s proprietary uncooled microbolometer technology, the Exara cameras combine high sensitivity, outstanding radiometric stability, and a compact architecture designed for straightforward integration into spacecraft payloads.
The Exara cameras are a new generation of uncooled thermal infrared cameras engineered specifically for the demanding requirements of space missions. Built around Luqia’s proprietary high-performance microbolometer technology, the Exara cameras combine exceptional sensitivity, outstanding radiometric stability, and an industry-leading 3–14 µm spectral response within a compact, space-compatible architecture.
Unlike conventional uncooled cameras, the Exara cameras enable true multispectral thermal imaging through filters integrated directly inside the detector vacuum package, providing superior optical performance while minimizing instrument complexity. Its dual-module architecture physically separates the thermally sensitive camera core from the higher-power processing electronics, delivering stable radiometric measurements while simplifying payload thermal management. The result is a versatile infrared imaging solution that expands the capabilities of Earth observation, planetary science, space situational awareness, and other advanced space missions.
The Exara camera is a space-compatible thermal imaging camera composed of two modules: the Exara Camera Core and the Exara Processing and Control Unit (PCU). The Exara Camera Core incorporates the infrared detector package and front-end readout electronics, while the PCU provides detector control, image processing capabilities, power management and the thermo-electric cooler (TEC) controller. The PCU enables straightforward plug-andplay integration into spacecraft payloads.
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