Kapta Space Launches MESA Radar Architecture for Global Geospatial Intelligence
Kapta Space has launched the MESA (Metamaterial Electronically Scanned Array) radar architecture, designed to provide persistent global geospatial intelligence through low-latency, electronically scanned sensing platforms. This scalable and software-defined system enhances wide-area monitoring capabilities and operational resilience, with applications in interferometric synthetic aperture radar for detecting minute surface changes in sectors like mining and infrastructure. Kapta aims to integrate MESA technology with existing satellite providers and analytics platforms for rapid deployment.
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Kapta Space is introducing a radar-based architecture, MESA (Metamaterial Electronically Scanned Array), aimed at delivering persistent global geospatial intelligence through electronically scanned sensing platforms. This architecture enables low-latency monitoring from space and reduces costs associated with traditional radar systems.
MESA modules are software-defined, scalable, and capable of microsecond-level beam switching, operating effectively in extreme environments with common commercial materials. The system addresses challenges in wide-area sensing, enhancing revisit rates and operational resilience.
Key applications include interferometric synthetic aperture radar (InSAR) for detecting millimeter-scale surface changes, with potential use in mining, energy, and infrastructure monitoring. Kapta plans to integrate its technology with existing satellite providers and analytics platforms to facilitate rapid deployment. The leadership team has extensive experience in radar engineering and satellite communications.
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