South Australian-based Neumann Space has announced the successful initial testing of its innovative Neumann Drive aboard the EDISON Satellite, further reinforcing the state’s position as a leader in space industry innovation.

The satellite is part of the EDISON Mission under the European Space Agency’s Pioneer program, which supports emerging companies in developing new satellite communications technologies.

The Neumann Drive is a unique, lightweight, and high-efficiency solar-electric propulsion system that uses a solid metallic propellant rod to produce thrust by utilising a patented Centre-Triggered Pulsed Cathodic Arc Thruster (CTPCAT) technology.

Now on its 3rd flight, the Neumann Drive’s integration into the EDISON Mission is a collaboration with Danish company Space Inventor, a leading European microsatellite manufacturer.

The partnership, established in 2023, provides Neumann Space with quick and easy access to propulsion data from the EDISON Satellite, allowing for rapid analysis and confirmation that the system is functioning as expected.

Neumann Space’s CEO Herve Astier expressed his excitement of the mission’s success and emphasised the importance of collaboration with Space Inventor and the support of their respective space agencies.

“We are fortunate to have had the support from Space Inventor and from the Australian Space Agency for this project and look forward to a very exciting testing campaign in the next few months onboard this satellite,” he said.

“Neumann Space is now collaborating with a number of respected global satellite manufacturers and is continuing to improve the performance of the Neumann Drive with a growing product offering for various classes of satellites as we seek to deliver better mobility in space.”

Peter Davidsen, CTO of Space Inventor also highlighted the significance of the Neumann Drive’s success as they continue to test the boundaries of advanced in-orbit propulsion.

“This collaboration with Neumann Space highlights the potential for innovative propulsion solutions, and we look forward to exploring future opportunities together to enhance satellite mobility and sustainability in space.”

Learn more about the full capability of the Neumann Drive.