Supporting our commitment to make space transparent and sustainable, we leverage third party sensors already in space or host our proprietary Holmes or Adler imagers on multi-use space vehicles to extend orbital coverage. Our innovative technology turns single capability satellites into multi-use capability satellites to make the most of their time in orbit without compromising core mission objectives.
Fast track your entry into the NEI market and realise additional revenue during satellite downtime
Support space sustainability by working with HEO to improve satellite efficiency and effectiveness
Our technology integrates with your existing systems without compromising core mission objectives
We developed two telescopic space cameras, Holmes and Adler, designed to be easily hosted as a secondary payload on spacecraft.
Holmes is HEO’s first in-orbit imaging system designed and developed to deliver the highest resolution in a compact form on micro-sized satellites. Operating as a hosted payload, Holmes is able to capture resolved imagery of space objects as they fly past the host spacecraft.
Aperture Size
94 mm
Size
274 (L) x 115 (W) x 125 (H) mm
Resolution (GSD)
1.7 m at 500km
Adler is HEO’s second in-orbit imaging system engineered for exceptional spatial resolution on small to large-sized satellites. Operating as a hosted payload, Adler is optimised to achieve higher resolutions at a much larger frame rate.
Aperture Size
194 mm
Size
480 (L) x 220 (W) x 224 (H) mm
Resolution (GSD)
1.1 m at 500km
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Consider applying to join our partnerships program if your sensors meet the minimum specifications. Have a spacecraft going to space and need a sensor? Reach out!
Pointing Error
< 10% of the FOV of the Sensor
Imaging Type
Snapshot Preferable
Telemetry Data
Onboard GPS & Sensor Attitude
Image Resolution (GSD)
<10m/pixel @ 500km
Timing Error
< 5ms
Sensor Tasking
Secure API (Optional)
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