Paper 14145-102
Paper 14145-102
Space-ready optics from AAO: thermal imaging, navigation, and agile pointing
10 July 2026 • 16:20 - 16:40 CEST | Room B4-M3
Abstract
Australian Astronomical Optics (AAO) at Macquarie University is leveraging its heritage in astronomical instrumentation to develop space-ready optical systems for navigation and imaging. We review three recent milestones: Malya, a space-qualified thermal imaging payload delivered to Gilmour Space for Earth observation; ALOHA, a precision optical head enabling LiDAR-like navigation for lunar landings; and OWL, a linkage-driven fast steering mirror system for agile pointing of large-aperture imaging payloads. These projects demonstrate AAO’s ability to adapt telescope technologies for space missions through innovative design and qualification. We conclude with future directions, including scalable pointing systems and advanced optical payloads with potential flow-back benefits for next-generation astronomical instrumentation.
Presenter
Lee R. Spitler
Australian Astronomical Optics, Macquarie Univ. (Australia)
Lee Spitler, PhD, is Head of Space Projects at the Australian Astronomical Optics (AAO), a market-facing business unit within Macquarie University in Sydney, Australia. Lee has been instrumental in transforming AAO's focus from ground-based astronomy to commercial space applications. He led the delivery of AAO's first space-bound optical payload to Gilmour Space Technologies. He also collaborated with HEO to achieve the world-first simultaneous observation of a satellite from ground and space. Additionally, Lee's team designed a critical component for Advanced Navigation's LUNA sensor, enhancing autonomous lunar landings. Lee is Principal Investigator of the Huntsman Telescope, which is being adapted to daytime tracking of satellites in Low Earth Orbit. Lee won the 2025 Australian Space Award for Scientist of the Year.