.svg)
Our Non-Earth Imaging cameras are engineered to capture images of resident space objects and extend our orbital coverage while maintaining our commitment to space sustainability. Combined with our industry-leading HEO Inspect software, HEO's cameras are trusted payloads available for a wide range of space domain awareness applications.
HEO’s Holmes Mk2 is a 94mm aperture optical system built for hosted payload missions. As HEO’s smallest imager, it enables in-orbit non-Earth imaging from third-party spacecraft. With 34 cm per pixel resolution, Holmes Mk2 delivers resolved imagery of nearby space objects during flybys.
.avif)
HEO’s Adler Mk2 is a 194mm aperture optical system built for in-orbit inspection from LEO to GEO. Every component is re-engineered to last a minimum of five years in GEO. With 22 cm per pixel resolution and 100 fps capture, Adler Mk2 provides high-resolution imagery and short video capability.
HEO’s Adler Mk2 is a 194mm aperture optical system built for in-orbit inspection from LEO to GEO. Every component is re-engineered to last five years in GEO. With 22 cm per pixel resolution and 100 fps capture, Adler Mk2 provides high-resolution imagery and short video capability.
Designed for resilience, our NEI payloads operate in extreme thermal, radiation, and orbital dynamics environments with proven reliability across mission lifecycles.
HEO is committed to space sustainability. Our cameras boost your satellite's efficiency and effectiveness and extend our coverage, removing the need to launch more satellites.
Our technology integrates across different satellite platforms without compromising your core mission objectives.
Fast track your entry into NEI and realise additional revenue during satellite downtime.
Find out how HEO's cameras can make meeting your mission objectives easier and more cost-effective.