Monash University will play a pivotal role in the development of Australia's first lunar rover as part of a landmark Australian initiative in space exploration.
The Australian-made rover, "Roo-ver," will be designed, constructed and operated on the lunar surface by the ELO2 consortium as part of the $42 million Australian Space Agency project.
Monash researchers and students are working alongside the ELO2 Consortium and key partner Lunar Outpost Oceania to develop advanced robotic systems for manipulating lunar regolith, addressing the complexities of lunar exploration.
Monash has a strong track record in applying its advanced expertise to design robust and reliable robotic systems for complex environments, including the award-winning Mars Nova Rover (MNR) and the apple harvesting robot.
Through world-class facilities at Monash Robotics and the Monash Innovation Labs, Monash is also contributing cutting-edge advancements in motion analysis and robotic autonomy.
Associate Professor Chao Chen, Director of the Laboratory of Motion Generation and Analysis and supervisor of the Monash Nova Rover Team, emphasises the significance of the project.
"Our students and researchers are driving innovation at the frontier of robotics and space exploration. By contributing to the development of Australia's first lunar rover, Monash University is advancing technologies that not only address the challenges of lunar exploration but also prepare the next generation of engineers to lead in a global arena," Associate Professor Chen said.
"These efforts are a key part of Monash's broader vision for interdisciplinary innovation, helping to strengthen Australia's position in the global space sector while promoting valuable international collaborations."
The historic lunar mission reflects Monash University's commitment to impactful innovation and education.
Interim Deputy Vice-Chancellor (Research) and Senior Vice-President, Professor Mike Ryan, underscored the significance of Monash's involvement.
"This project showcases the ingenuity and dedication of our students and researchers, while reinforcing Australia's technical leadership in space exploration. This is a proud moment for Monash and for the nation," Professor Ryan said.
"By advancing robotics, autonomous systems, and space exploration technologies, Monash is not only shaping the future of Australia's space endeavors but also inspiring a new era of innovation on the global stage."
