SmartSat CRC and NASA team up on astronaut emergency comms

Nov 14, 2022

Adelaide-based space industry-research centre SmartSat Cooperative Research Centre has announced a project agreement to further develop new Search and Rescue (SAR) beacon technologies with partner NASA.

The technology will be developed with the aim of supporting the safety of astronauts on the Moon as part of the Artemis program.

Australia and the United States have a long history of cooperation in Search and Rescue. In 2020 NASA and SmartSat announced a collaboration to advance satellite-based emergency communications and Search and Rescue, combining communications and navigation technology. This new project aims to deepen the strategic collaboration in this field.

The project is studying a new search and rescue system for future human exploration on the surface of the moon, known as LunaSAR. Astronaut safety is paramount and the ability to reliably communicate an emergency incident must be maintained, even if other services are not available. According to SmartSat CRC, this system will provide miniature low power radio beacons mounted on space suits and lunar rover vehicles, similar to distress beacons on Earth. The technology will support SOS and two-way messaging over a lunar orbiting satellite constellation. It will also allow the beacon location to be accurately determined, in the absence of GPS. This information will be provided to both the mission control centre on Earth and the response team on the moon who are able to take immediate action.

Under the agreement, NASA’s Search and Rescue Laboratory (SARLab) at the agency’s Goddard Space Flight Center in Greenbelt, Maryland will bring experts to the project to help guide and review the technical direction. NASA will also provide access to test facilities for assessment of performance of the new technology as it is being developed by SmartSat funded research team, led by industry partner Safety from Space. The research team will design a new specialised beacon for extra-terrestrial environments based on a new waveform. As well as direct Artemis applications, they will also investigate the potential for enhanced services to extend beyond SAR to broader emergency management such as natural disaster warning systems.

“NASA is delighted to advance technology in this field, which will allow our astronauts exploring the Moon to do so knowing they have a system focused solely on their safety,” NASA Search and Rescue office Chief, Dr. Lisa Mazzuca, said when visiting Adelaide last week. “This is pioneering work that takes such a dedicated international partnership to get to fruition.”

Dr. Mazzuca’s SAR team also has support and sponsorship of the Space Communications and Navigation (SCaN) Program at NASA Headquarters in Washington, through James J. Miller, Deputy Director for Policy & Strategic Communications within SCaN.

“Australia is a unique location with many skilled and talented technologists who are fully capable as a full international partner of making major contributions to safeguard astronauts. We are proud to work with such like-minded experts to ensure the safety of our future astronaut corps.”

Whilst Dr Mazzuca was in Adelaide, SmartSat met with a number of space industry organisations and emergency services representatives to discuss applications for the search and rescue beacon technology in both terrestrial and space environments.

“This agreement is not just a fantastic development for Safety from Space’s low-power, high-efficiency safety technology, it signals that Australia’s space sector is developing globally important technologies,” SmartSat CEO Andy Koronios commented. “NASA has been instrumental in the development journey for this essential safety technology – and while it is early stages, we now have the further potential of this Australian-developed tech playing an important role in Lunar and Martian exploration missions under the Artemis program.”

“Having had the support of NASA to modernise our second-generation beacon for use on Earth, we are delighted to be entering into an exciting new phase of our development,” Safety from Space’s Co-Founder Dr Mark Rice commented. “This agreement will open exciting new opportunities for our technology for users, including emergency management professionals and first responders, as well as helping us to develop important safeguards for astronauts on space missions.”

ELT tester
AIS Testing BT200
AIS Testing BT200
AIS Testing BT200
AIS Testing BT200
AIS Testing BT200
WST Antenna 420-100
WST Antenna 100-GAA-SMA-M
WST Cable 130-029
WST Cable 130-002
WST BT200 screen
WST BT200 screen