The European Space Agency (ESA) has commissioned a new $110 million, 35-meter deep space antenna in New Norcia, Western Australia, significantly upgrading its global communication network. This state-of-the-art facility, incorporating cryogenically cooled components and AI, will be crucial for receiving data from flagship missions like the Jupiter Icy Moons Explorer and BepiColombo, and will also support other space agencies and commercial operations. This investment highlights Australia's increasing strategic importance in the rapidly growing $938 billion global space industry, with potential long-term implications for commercial lunar economy development leveraging local expertise.
Another $110m antenna installed in WA town of New Norcia to help solve space mysteries New Norcia is set to play a key role in humanity’s exploration of the Solar System, from searching for life on the icy moons of Jupiter to unravelling the mysteries of Mercury, thanks to the European Space Agency’s new deep space antenna. The $110 million, 35-metre diameter dish is the second antenna installed at ESA’s Estrack station at New Norcia, which opened in 2003, and is the most technologically advanced in the agency’s global network. ESA director general Josef Aschbacher was joined by Australian Space Agency head Enrico Palermo for an inauguration event in the monastic town on Saturday. “This is a special moment because this is one of our big antennas that we need to look into the universe and receive all the data from our telescopes and missions that we have,” Mr Aschbacher, who’s on his first trip to WA, told The Sunday Times. The new antenna features components cryogenically cooled to around -263°C, close to absolute zero, increasing the sensitivity to detect extremely weak signals from distant spacecraft and to maximise data return. Mr Aschbacher said it will be the first antenna in ESA’s global network to incorporate artificial intelligence into its operation. “It will use AI for detecting the signal, separating it from the noise and making sure that the rotation of the antenna is always optimised to the satellite which is submitting it,” he explained. The New Norcia facility’s deep space communication capabilities will make it ideally suited to receive signals from ESA flagship missions such as the Jupiter Icy Moons Explorer, or Juice, as it makes detailed observations of the giant gas planet and its three large ocean-bearing moons, Ganymede, Callisto and Europa. “You have to imagine that some of these icy moons have more water than we have water on planet Earth, so there are huge oceans but they are underground . . . under an ice layer hundreds of kilometres thick,” Mr Aschbacher said. “We are investigating how they are made, how they are composed, how much water there is underground, how the ice layers themselves are composed and how they are structured, and to see whether there could be conditions that are good for life.” The tracking station will also be tasked with receiving data from BepiColombo, the second and most complex mission ever to orbit Mercury. “It’s very close to the sun . . . therefore the environment is very extreme, which means, from an engineering perspective, the satellite has to be designed to withstand all this heat and all the cosmic radiation . . . so it’s really quite a special engineering feat,” Mr Aschbacher said. ESA’s ground station and antennas are locally operated by the CSIRO, and will be available to support other space agencies such as NASA, Japan’s JAXA, and India’s ISRO, as well as commercial space missions. The significant investment by ESA to expand the ground station underscores the opportunities ahead for WA — and Australia more broadly — to capitalise on a rapidly growing space industry that was worth more than $938 billion last year. Mr Aschbacher highlighted the WA mining industry’s pioneering work in the field of autonomous vehicles and the role it could play in humanity’s efforts to establish a permanent presence on the moon. “This is something that will become more and more important as we build up a lunar economy and the lunar ecosystem, where transport is one of the elements that we are looking at and we are developing technology,” he said. “I think the experience of Western Australia, with all the mining experience you have, will come in very handy.” The European Space Agency's (ESA) investment of $110 million in a new 35-metre deep space antenna in New Norcia, Western Australia, represents a significant upgrade to its global communication infrastructure. This facility is distinguished as the most technologically advanced in ESA's network, integrating components cryogenically cooled to -263°C and being the first to leverage artificial intelligence for signal processing and antenna optimization. Its primary function is to support high-stakes deep space missions, such as the Jupiter Icy Moons Explorer and BepiColombo, by enhancing the ability to capture weak signals. This development solidifies Australia's strategic position within the global space industry, which was valued at over $938 billion last year. Furthermore, the commentary from ESA leadership highlights a notable long-term synergy, linking the advanced autonomous vehicle technology from Western Australia's mining sector to the nascent development of a 'lunar economy', suggesting a potential future convergence of terrestrial and space industries.
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