Synspective SAR Satellites | High-Resolution InSAR Monitoring Solutions

STRiX SAR Satellite & Constellation – Advanced Radar Earth Observation

Synspective Strix Satellite

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Spectral Power & Advanced Applications

STRiX is Synspective’s next-generation Synthetic Aperture Radar (SAR) satellite constellation, designed to deliver high-frequency, all-weather, day-and-night Earth observation. Operating in the X-band radar spectrum, STRiX provides high-resolution imaging capable of penetrating cloud cover, rain, haze, smoke, and dust, ensuring uninterrupted data acquisition under all environmental conditions. Its advanced interferometric SAR (InSAR) capability enables millimeter-level ground deformation detection, making it ideal for monitoring land subsidence, slope instability, infrastructure deformation, and seismic activity. STRiX supports continuous observation of dynamic environments, enabling precise surface displacement mapping, disaster risk assessment, and predictive geospatial analytics. High temporal revisit allows frequent monitoring of urban, industrial, and natural systems, empowering organizations to track change patterns, assess long-term trends, and implement proactive risk mitigation strategies across infrastructure, mining, energy, transportation, and disaster management sectors.

Spectral Band Capabilities

X-Band SAR (Radar Imaging):

  • Penetrates clouds, rain, fog, smoke, and dust

  • Enables continuous imaging regardless of lighting or weather

  • Supports surface deformation detection using InSAR

  • High sensitivity to terrain displacement and structural movement

  • Accurate elevation and surface roughness characterization

SAR imaging

Key Features

  • X-band Synthetic Aperture Radar (SAR) imaging

  • All-weather, day-and-night imaging capability

  • High-resolution radar imagery

  • Interferometric SAR (InSAR) for ground deformation monitoring

  • High temporal revisit with constellation architecture

  • Wide-area coverage for regional-scale monitoring

  • High-precision geolocation accuracy

  • Rapid tasking and agile satellite operations

Key Benefits & Applications

  • Ground deformation & subsidence monitoring

  • Mining land displacement and slope stability analysis

  • Urban subsidence and infrastructure stability monitoring

  • Disaster response: earthquakes, landslides, floods, volcanoes

  • Transportation infrastructure monitoring (roads, railways, bridges)

  • Energy infrastructure monitoring (pipelines, power plants, wind farms)

  • Flood mapping and water body monitoring

  • Coastal deformation and shoreline change analysis

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