A space architecture engineered to move Beyond the limits of traditional Earth Observation.
Earth Observation is still limited.
Revisit timeHigh-resolution intelligence depends on rare orbital passes, so critical events go unseen.
CostPersistent, all-weather monitoring stays expensive and operationally complex.
CoverageSingle-perspective satellites leave gaps and reconstruct data only after acquisition.
A new class of space-based observation.
Two tethered satellites are deployed and held at a controlled baseline, sensing as one coordinated system.
Coherent data, generated at acquisition.
20-40xBetter radial-velocity accuracy vs. free-flying formations
Up to 200 mControlled tethered baseline for interferometric SAR
Single-passMoving-target detection without revisit dependency
OnboardPre-processing that cuts time-to-intelligence
Discover ODRADEK Orbit
Operational Modes
Stabilizablein any configurationfor every mission scenario.
Along-Track
Tether aligned with the direction of motion
Imaging Capabilities
Multi-sensor acquisition designed for richer Earth-observation analytics.
Optical and SAR capabilities combine to capture geometry, material response and motion.
Visible, NIR And SWIR Bands
High-resolution optical and multispectral imaging.
The system captures detailed reflectance signatures across visible, near-infrared and shortwave infrared bands,
enabling precise mapping of surface composition, vegetation conditions and material properties.
Urban PlanningPrecision AgricultureDefense
All-Weather, Day-And-Night Imaging
Synthetic Aperture Radar across a controlled baseline.
SAR instrumentation transmits microwave pulses and records echoes, synthesizing a large virtual antenna
through motion and revealing structural, geometric and dielectric properties of the observed surface.