Earth observation data underpins environmental monitoring, disaster response, precision agriculture, infrastructure management, and defence intelligence. Earth observation with Infinity Avionics cameras is possible because we offer a scalable range of optical payloads that cover wide-swath contextual imaging through to sub-5m high-resolution mapping from low Earth orbit, all within a compact, CubeSat-compatible form factor.
Wide Swath EO (Low Resolution)
Wide field-of-view cameras provide broad contextual coverage suited to deforestation monitoring, flood extent mapping, waterbody tracking, bushfire detection, and weather monitoring.
Medium Resolution EO (Up to 5m GSD)
Narrow focal-length optics deliver up to 5m Ground Sampling Distance from a 500km sun-synchronous orbit, sufficient for infrastructure monitoring, land classification, maritime vessel detection, and change detection at a sub-10m scale.
Low Altitude LEO EO
At lower orbital altitudes (200–400km), Infinity Avionics camera configurations can achieve significantly finer GSD values, enabling very-high-resolution imaging without the mass and cost of larger aperture systems. This is particularly relevant for the growing class of LEO small satellite missions operating at sub-400km altitudes.
Recommended Products
| Product | Specification/Use Cases |
| Orion12MP-550 | - 12MP resolution - 5m GSD at 500km - 100 FPS at full resolution |
| Lynx4MP-70 | - 4MP - 39m GSD at 500km - 70mm focal length - Wide swath EO and contextual imaging |
| BRAIN Egde Processor | - On-orbit change detection, cloud screening, and intelligent tasking - transmit only high-value imagery |
KEY CAPABILITIES
- Ground Sampling Distance (GSD) down to 5m at 500km
- Wide swath / wide field-of-view contextual imaging
- Environmental and disaster monitoring
- Maritime domain awareness
- Infrastructure and land use monitoring
- High-revisit constellation architectures
- TRL9 products
BRAIN
Edge Processor
Combine Infinity Avionics Earth observation cameras with BRAIN for on-orbit change detection, cloud masking, and intelligent tasking, transmitting only high-value, cloud-free imagery to ground stations. This dramatically reduces downlink costs and latency for time-critical applications such as disaster response.