Supporting your project needs,
from end-to-end.
Get Astroneering support for every aspect of your project cycle. From CONOPS, to optical design, automation, data reduction and intelligence.
Key Expertise
Space Domain Awareness
Optical and thermal remote characterisation of satellites. Operational intelligence. Ground based tracking (day and night). Coordinated ground and space based attitude determination.
Autonomous Imaging Systems
Cost effective, commercial off the self imaging solutions, custom automation software and CONOPS design. Operations support for new SDA start ups.
Data Reduction and Intelligence
Custom photometry, and astrometric pipelines for new systems. Active research into new asymmetric capabilities for the derivation of operational intelligence from remote observations.
Space-Based Remote Sensing
Design and testing of cost effective, modular remote sensing systems across multiple wavelengths and a variety of use cases.
Acces to Astronomy Infrastructure
Assistance in accessing, operating and making sense of the data from a global network of astronomy telescopes and world class instruments.
Daytime Imaging Research
Leading research into techniques and instrument design for daytime imaging of satellites for tracking and photometric characterisation.
Current Supported Instruments
Anglo Australian Telescope
The Anglo-Australian Telescope (AAT) is a 3.9 m optical telescope at Siding Spring Observatory, Australia, equipped for deep imaging and multi-object spectroscopy.
Geostationary hyperspectral imaging
Cislunar and beyond target tracking
daytime spectroscopy (in development)
optical communications
The Huntsman Telescope
The Huntsman Telescope is a telephoto array at Siding Spring Observatory, Australia, providing simultaneous multi-wavelength imaging including the ability image satellites during the day.
daytime imaging
simultanious photometric characterisation in up to 10 bands
NASA Infrared Telescope Facility
The NASA Infrared Telescope Facility (IRTF) is a 3 m infrared-optimised telescope on Mauna Kea, Hawaii, enabling high-precision thermal observations of satellites day or night.
daytime imaging
long wave (10 micron) imaging and spectroscopy of geostationary satellites
