Infinity Avionics

Flexible, Reconfigurable, and Small Form Factor Electronics for Nano-Satellites

Infinity Avionics is a team of Australian engineers with years of experience in designing and deploying electronic subsystems for complex and sophisticated nano-satellite missions. Our goal is to provide flexible and reconfigurable electronic subsystems in a small form factor to support complex nano-satellite missions.

• We understand to be the world's best-in-class rugged and versatile small-form-factor on-board computer and payload processor, developed in-house at UNSW Canberra Space. It's been performing extremely well in orbit for six months now on M2 Pathfinder.
• 6 commercial space asset monitoring cameras from Infinity Avionics went into space with our international customers’ spacecraft on Transporter-6 allowing them to get visual feedback on their space assets. Very excited to see all the out-of-this-world photos from these missions.
• Developing a dual-headed camera system for space-based space surveillance. With approximately 1 million Australian dollars ($660,000) provided by the Australian research consortium SmartSat CRC, the Australian Capital Territory government and internal research funding, Canberra-based Infinity Avionics is working with the University of New South Wales Canberra Space and Australian startup Nominal Systems to develop technology to autonomously detect space objects. “We’re trying to detect pieces of debris which are too small for radars to pick up,” Igor Dimitrijevic, Infinity Avionics founder and CEO, told SpaceNews. “We can also observe other spacecraft that may be out of control or where more information is needed due to an anomaly.” The camera system includes a wide field of view event sensor that responds to changes in light but does not produce images. “It has a very high dynamic range compared to a normal image sensor,” Dimitrijevic said. “We can see very faint changes or very faint events.”