Client Products

ATLAS-2 is a compact laser communication terminal for LEO satellites, enabling space-to-ground and inter-satellite optical links. With a 2.5 Gbps nominal transmit rate (up to 10 Gbps), SDA compliance, and in-orbit self-calibration, it’s optimized for Earth observation data relay using Astrolight’s OGS-2.5 ground station.

• 2.5 Gbps Tx / 156 Mbps Rx
   
• 2° fine pointing and tracking
   
• 30W peak power | 2.3 kg
   
• Designed for reliable high-volume data transfer
   

xScape50 offers wide-angle imaging for nanosatellites, enabling high-frequency Earth observation with a 30 m ground sampling distance and 120 km swath at 500 km altitude. With configurations ranging from RGB video to 32-band hyperspectral imaging, xScape50 delivers powerful performance in a compact 1U, 0.45 kg form factor.

• 30 m GSD, 120 km swath
   
• RGB, 8-band multispectral, or 32-band hyperspectral
   
• Snapshot/video and push-broom modes
   
• Ideal for monitoring, mapping, and change detection
   

xScape100 provides high-resolution optical payloads for compact nanosatellites. With a 4.75 m GSD and 19.4 km swath, it balances detail and coverage for advanced Earth observation. Available in multiple spectral and imaging configurations, it fits within a 1.5U, 1.2 kg profile.

• 4.75 m GSD, 19.4 km swath
   
• RGB, 7-band multispectral, or 32-band hyperspectral
   
• Supports push-broom and snapshot/video imaging
   
• Optimized for flexible remote sensing missions

xScape200 delivers exceptional sub-2-meter resolution in a powerful 12U-class optical payload. With a 1.5 m GSD and 14 km swath, it enables detailed imaging for urban, agricultural, and environmental applications. Multiple configurations support RGB, multispectral, and advanced data capture needs.

• 1.5 m GSD, 14 km swath
   
• RGB or 7-band multispectral imaging
   
• Snapshot/video and push-broom options
   
• Suited for missions requiring high spatial detail

MTOS delivers agile, high-performance optical surveillance for space domain awareness, detecting and tracking objects in all orbital regimes with sub-arcsecond accuracy. Designed for deployment on agile mounts or hosted payloads, MTOS combines sensitive imaging, low-latency processing, and autonomous tasking in a compact, modular system.

• Sub-arcsecond angular resolution, all-orbit coverage
   
• Visible-band imaging with autonomous object detection and tracking
   
• Low-latency data delivery with onboard processing
   
• Ideal for collision avoidance, orbit characterization, and space traffic monitoring