The partnership between UTS and Advanced Navigation is focused on creating a compact, lightweight, and cost-effective solution capable of delivering unparalleled precision in 3D velocity measurements. This represents a significant advancement in navigation sensor technology that has the potential to redefine the performance capabilities of autonomous systems across various industries.
Sydney-based Advanced Navigation, in collaboration with the University of Technology Sydney (UTS) and CMG Operations, was awarded $1,064,739 as part of Round 15 of the Cooperative Research Centres Projects (CRC-P) Grants. The funding will support the development of a terrestrial-based LUNA system (Laser Unit for Navigational Aid), a groundbreaking innovation aimed at Earth applications.
The partnership focuses on creating a compact, lightweight, and cost-effective solution capable of delivering unparalleled precision in 3D velocity measurements. This represents a significant advancement in navigation sensor technology that has the potential to redefine the performance capabilities of autonomous systems across various industries.
UTS will leverage its extensive research expertise to collaborate with Advanced Navigation on the development and real-world testing of the technology. The project will involve rigorous testing of sensor designs across a wide range of environments, including ground vehicles, drones, and light aircraft, all compliant with defence and commercial industry standards. These efforts will ensure the technology is validated for use in challenging real-world conditions.
Associate Professor Sebastian Oberst, UTS
Our partnership with Advanced Navigation on the LUNA Earth-variant exemplifies the cutting-edge research we’re pursuing at UTS. By integrating our academic expertise in nonlinear time series analysis, complex dynamics and physical computation with industry requirements, we’re not only advancing navigation technology but also contributing to Australia’s sovereign capability in a rapidly evolving autonomous systems sector. This collaboration is a testament to how academia and industry can work together to bring innovative solutions to market. Associate Professor Sebastian Oberst, UTS
According to Dr. David McManus, Senior Photonics Engineer at Advanced Navigation, “The project’s success will transition the technology from the laboratory to a proven commercial product, driving significant research and development in hardware, software, and algorithms. The terrestrial-focused system is designed to solve complex autonomy challenges across industries such as aerospace, automotive, mining, railways and logistics”.
A National Effort to Build Sovereign Capability
This project will not only enhance the global competitiveness of Advanced Navigation and its partners but also contribute to building Australia’s sovereign capability in the high-end UAV market. The collaboration with UTS and CMG Operations reinforces Australia’s leadership in innovation and technology development, positioning the nation as a key player in autonomous navigation solutions.
UTS’ Role in Advancing Technology for the Future
Earlier this year, Advanced Navigation opened a high-tech robotics facility for autonomous systems based at UTS Tech Lab. Located in Botany, New South Wales (NSW), the facility will scale up the manufacturing of Advanced Navigation’s navigation technologies for GPS-denied environments.
As a trusted partner in the development of transformative technology, UTS is committed to advancing research and innovation that addresses real-world challenges. Through this partnership, UTS continues to play a pivotal role in delivering cutting-edge solutions that enhance Australia’s standing in the global tech landscape.