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Space

MetaSensing develops advanced spaceborne SAR payloads for Earth Observation missions, ranging from high-performance polarimetric systems to more streamlined architectures designed for efficient integration and reliable imaging performance across a variety of satellite platforms.

Beyond Boundaries:

Advanced Radar Solutions for Security
and Earth Observation

MetaSensing develops advanced spaceborne Synthetic Aperture Radar (SAR) systems designed to support next-generation Earth Observation missions through high-performance, compact, and scalable payload architectures.
The company’s portfolio includes StarSAR-X, a high-end SAR payload engineered for advanced imaging performance and polarimetric capabilities, enabling high-quality data acquisition for demanding Earth Observation applications. Alongside it, PhoeniX introduces an alternative SAR architecture focused on efficiency, reduced power consumption, and cost optimization, providing a flexible solution for missions requiring reliable radar capabilities with optimized system resources.

StarSAR-X

StarSAR-X is a high-performance spaceborne SAR payload designed for advanced imaging capabilities and full polarimetric operations, enabling detailed and accurate Earth Observation data acquisition.

PhoeniX

PhoeniX is an innovative SAR spaceborne architecture designed for efficient integration, reliable performance, and mission flexibility, enabling high-quality Earth Observation across a wide range of satellite platforms.

Ground SAR processor

MetaSensing’s Ground SAR Processor efficiently processes SAR data, delivering high-resolution, georeferenced images for defense, security, and environmental applications.  

Different techniques for different needs.

At MetaSensing we use many different data acquisition and radar processing techniques which allow us to get information about terrain deformations, movements, short or long scale temporal changes in the scene, and to obtain digital surface models.

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