AIRSAT constellation delivers global coverage with progressively shorter revisit times as more satellites join the fleet — from the first ultra-low-orbit commercial SAR satellite to a 40-satellite target.
| Mode | Resolution | Swath | Use Case |
|---|---|---|---|
| Spotlight | 0.5m | 10 km | Highest detail, small area |
| Stripmap | 2m | 20–62 km | Wide-area medium detail |
| ScanSAR | 5m / 20m / 40m | Up to 330 km | Ultra-wide coverage |
| Wave Mode | 20m | 100 km | Ocean wave spectra |
Our fleet includes the first ultra-low-orbit commercial SAR satellites and the first full-polarimetry commercial SAR satellites in the world.
Initial pathfinder satellites validating core platform and payload technologies.
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From world-first antenna designs to AI-driven data processing — explore the full technology stack that powers the AIRSAT constellation.
A compact, low-mass satellite bus designed for ultra-low-orbit operation — integrating attitude control, power and thermal management to extend payload duty cycles at reduced mission cost.
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World-first Cassegrain dual-reflector SAR antenna deployed on a commercial SAR satellite — delivering high gain, low sidelobes, and compact form factor.
Read MoreSingle, dual, and full polarimetric imaging modes for advanced target characterization and InSAR applications.
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The New Journey 03 satellite is a low-cost, lightweight returnable satellite technology demonstrator, planned for launch in 2027. It supports on-orbit experiments and returns payloads safely to Earth after mission completion.
Sun-synchronous orbit enables imaging of any location on Earth, including polar regions, with consistent illumination conditions.
Detailed specifications for technical evaluation and mission planning.
Imaging modes, resolution, swath, orbit and payload parameters across the AIRSAT fleet.
Contact our team for tasking requests, archive data access, or constellation-level partnership opportunities.
