The Orion Auto Harvester has been featured as a case study in the 2025 Robotics Roadmap for Australia, Agricultural Chapter. This recognition highlights the role of automation in shaping the future of Australian agriculture, particularly in the mango industry, where labor shortages and efficiency challenges have long been barriers to growth. The Robotics Roadmap for Australia is a critical industry guide, mapping the impact of robotics and automation across key sectors, including agriculture. With increasing labor shortages, rising operational costs, and climate variability, Australian farmers need innovative solutions to remain competitive. "The 2025 Robotics Roadmap highlights the need for automation in Australian agriculture, and we’re proud to see the Orion mango Auto Harvester featured as a leading innovation in the industry. Our on-farm partnerships have been key to proving that advanced robotics can deliver real productivity gains for growers. This is a pivotal moment for ag-tech, and we look forward to driving further advancements in the sector." — Amanda White PhD, Director of Agricultural Robotics, at the 2025 Robotics Roadmap Launch Event. The Agricultural Chapter of the 2025 Roadmap explores how robotics can address these challenges by: ? Enhancing efficiency in harvesting, planting, and crop monitoring ? Reducing reliance on seasonal labor shortages ? Improving sustainability through precision agriculture ? Supporting food security and export competitiveness The Orion Auto Harvester is an advanced robotic system developed to revolutionize mango harvesting. Using cutting-edge machine vision and AI-driven robotic handling, Orion ensures fruit is picked efficiently, reducing waste and improving yield consistency. This case study focuses on innovation with Niceforo Farms, a leading Aussie mango producer, and the CQUniversity Future Farming team lead by Kerry Walsh. Niceforo Farms has been instrumental in helping us refine and deploy the Orion Auto Harvester in real-world conditions, ensuring that the system meets the demands of large-scale mango production. We encourage all industry stakeholders—farmers, agribusinesses, policymakers, and technology developers—to explore the 2025 Robotics Roadmap and see how automation is transforming agriculture. ?? Download the Roadmap here: https://lnkd.in/gXMRH79U By embracing robotics, we can build a more resilient, productive, and sustainable future for Australian agriculture. We’re excited to be part of this journey and look forward to continued collaboration with industry partners. #robotics #roboticsroadmap #roboticsroadmapaustralia #australia #agtech #mango #orion Freelance Robotics Robotics Australia Group Sue Keay ???? Nicci Rossouw Hort Innovation
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Australia’s agricultural sector is embracing robotics to tackle labour shortages and improve productivity, as highlighted in the Robotics Roadmap for Australia 2025. Inclusion of the Orion Auto Harvester as a case study in the Ag Chapter underscores the critical role of automation in securing the future of our farms. The inaugural Excellence in Robotics awards kicked off the event. Congratulations goes to SwarmFarm Robotics for their win in the Agricultural Category. Many thanks to our Director Amanda White PhD for attending the Roadmap launch and talking all things ag-tech on behalf of Agricultural Robotics! #AgriculturalRobotics #Automation #FutureFarming #Innovation #Roadmap2025 Robotics Australia Group
The Robotics Roadmap for Australia 2025 launch marks a defining moment, both for the vision of this strategic doc and for the first Excellence in Robotics industry awards. I attended on behalf of Industrial Robotics as a finalist in the Manufacturing category. Well done to the winners Autoa Robot Welding. Congratulations to Robotics Australia Group on delivering a Roadmap that highlights how robotics is transforming the Aussie economy. Three standout case studies from our team featured in the Roadmap reflect the depth and diversity of Australia's robotics capability: ?? Mango Auto Harvester (Agriculture Chapter) – A breakthrough in autonomous harvesting, this technology is addressing labor shortages and improving productivity for Australian growers. As our agricultural sector faces increasing pressure, innovations like this ensure we remain competitive on a global scale. See more at Agricultural Robotics. ?? RoboTradies (Skills Chapter) – A vital workforce initiative supporting the transition to advanced manufacturing, RoboTradies equips skilled workers with the training and experience needed to integrate robotics into their trades. Developing our talent pipeline is essential for sustaining a high-tech, high-value economy. ?? The Largest Industrial Robot in Australia (Manufacturing Chapter) – A milestone for Everhard Industries, this ABB deployment showcases how robotics can drive efficiency, precision, and scalability in Australian manufacturing. These kinds of advancements are crucial to strengthening domestic production and reducing reliance on offshore supply chains. A strong robotics industry benefits all Australians—creating high-quality jobs, increasing global competitiveness, and ensuring resilience in key sectors. As both a company director and a psychologist, I see firsthand how robotics is not only changing how we work but also shaping the skills and mindsets of future generations. Kudos again to the Robotics Australia Group for this outstanding contribution to the national conversation on robotics. Looking forward to seeing how the Roadmap drives action in the years ahead! #RoboticsAustralia #Automation #Manufacturing #Agriculture #Roadmap2025 #FutureOfWork #Innovation ???? Nicci Rossouw Sue Keay Adam Stacey
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The global fresh produce industry converged in Berlin this February for FRUIT LOGISTICA 2025. Among the technology showcased was the Near-Infrared #NIR data platform on?FruitMaps.com with Felix Instruments - Applied Food Science. Their range of Quality Meter have transformed the way fruit maturity is assessed, offering insights into Brix and dry matter levels for a wide range of fruit and veg. A trade fair highlight was the launch of the??? Grape Quality Meter?expanding the Felix Instruments range. This cutting-edge device provides?instant, non-destructive insights into grape quality, enabling vineyard owners and distributors to optimize their harvest strategies with confidence. Key benefits of the Quality Meter include: ? Quick and accurate?measurements of sugar levels, ripeness, and overall fruit health. ?Improved decision-making for?harvesting, storage, and distribution. Live demonstrations at the conference showed firsthand how this tool enhances?efficiency and profitability?for the viticulture industry. Congratulations to?Felix Instruments?on this groundbreaking innovation, which is set to?redefine precision agriculture?in the grape industry! The??? Mango Quality Meter?is?available now?and offers the same high-precision, non-destructive fruit maturity analysis.?By integrating data from a range of NIR devices,?FruitMaps provides a centralised tool that helps growers and supply chains monitor fruit maturity trends across different regions and crops. The longstanding synergy between?FruitMaps.com and Felix Instruments?highlights smarter, data-driven agriculture. As NIR technology continues to meet the market, its integration into digital platforms empowers growers and distributors to maximize efficiency, reduce waste, and deliver consistently high-quality produce to markets worldwide.
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??FNQ Field Trials at Walkamin Research Station ??? Ryan Orr and Dickinson Geoff at the Department of Primary Industries (Queensland) hosted the Mango AutoHarvester with Rafael Goulart and Kerry Walsh, CQUniversity. Walkamin Research Station is a hub for developing and testing mango varieties, focusing on improving yield, disease resistance, fruit quality, and adaptability to different environmental conditions. Mango tree canopy shapes make a real difference for automation solutions, and field trials are key to advancing our understanding of how orchard design impacts robotic fruit harvesting. Despite the storms, progress was made - well done, team! At Agricultural Robotics, we’re so excited to cross-collaborate with experts in the field and maximize the potential of intensification research trials. By rethinking orchard and tree design, we can support future farming needs with practical, innovative solutions that work for growers. #Automation #AgTech #Horticulture #FruitHarvesting #CQU #DPI #InnovationInAgriculture #mango
We collaborate widely with university and industry researchers to make the most of our intensification research trials and to think about how we can design trees and orchards to address future farming needs. Dickinson Geoff has recently been hosting Kerry Walsh and Rafael Goulart, testing the suitability of various canopy shapes for robotic fruit harvesting. For more information see the Agricultural Robotics website, https://lnkd.in/g8J83R98 Department of Primary Industries (Queensland), CENTRAL QUEENSLAND UNIVERSITY, Agricultural Robotics, Amanda White PhD
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Making waves! The Orion suite, encompassing the Autoharvester, Vision Rig, Fruitmaps, and the Orion manual data entry app, is reshaping how mango orchards are managed and harvested. Hort Innovation highlighted our work in their?2023/24 Annual Report. Developed to meet the unique needs of the mango industry, each component of Orion is designed to improve yield predictions, optimize labor, and increase overall productivity and sustainability. Read more at https://lnkd.in/gQiWS9Cz For the Hort Innovation Annual Report https://lnkd.in/gCC7hm8W
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Are you a postgraduate student eager to push the boundaries of technology in agriculture? Freelance Robotics, in partnership with CQUniversity, is offering an exceptional PhD opportunity focused on unmanned ground vehicles #UGV and their application in mango orchard management. ?? About the Project Zhenglin Wang is leading a groundbreaking project aimed at revolutionizing orchard imaging and harvesting through the integration of UGV technology. - Advanced Orchard Imaging: Deploying UGVs with state-of-the-art sensors to capture precise and comprehensive images of orchards. - Innovative Harvesting Solutions: Utilizing UGVs to enhance the efficiency and effectiveness of the harvesting process. - AI-Driven Data Analysis: Implementing artificial intelligence to process data and generate detailed yield maps from harvester inputs. - Automation & Cloud Integration: Automating data collection and analysis through a cloud-based web application, delivering actionable insights to growers. ?? Why Join Us? Be at the forefront of merging robotics and agriculture, developing technologies that will shape the future of farming. You can contribute to optimizing farming practices, improving resource allocation, and boosting crop yield and quality. On this Australian Government Department of Education NI PhD project you will work closely with experts from Agricultural Robotics and CQU, gaining valuable experience and insights. If you're passionate about integrating advanced technology with agriculture and eager to make a significant impact in orchard management, we want to hear from you! ?? Learn more & Apply: https://lnkd.in/gbPaHpsj #PhDOpportunity #AgriculturalRobotics #UGVTechnology #AI #OrchardManagement #InnovationInAg #FutureOfFarming #DataScience #Agriculture #NIPhD #AusIndustry #CQU
We currently have a research project in collaboration with the industry and urgently need to recruit a PhD student. The research focus is on the application of autonomous driving platforms in orchards. This project is open to both international students and local Australian students. It offers free tuition and a scholarship of AUD 48,894 per year (tax-free, for living expenses). Applicants should have a bachelor's (honor) or graduate degree in relevant fields such as computer science, mechatronics engineering, or automation control, with preference given to those with related work and research experience. For more information, please refer to https://lnkd.in/eZtNVNPn. Please feel free to reach out with any inquiries.
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A conversation could change a life?https://lnkd.in/guhQkQG By getting onboard with RUOK Day, our national day of action this Thursday September 12, regional and remote Australians can build on this culture of openness and support. RUOK Day not only helps individuals feel more connected but also strengthens the overall resilience of rural communities. It’s a reminder that no one is truly alone, and that by taking the time to ask if someone is okay, we can all contribute to a healthier, more supportive society. In the spirit of RUOK Day, let’s continue to champion mental health awareness and support one another, not just on this day, but every day. Whether you’re in a bustling city or a quiet rural town, your efforts to reach out and connect can make a world of difference. So, let’s make a commitment to check in on each other, celebrate the strength of our communities, and work together towards better mental health for everyone. If you have something to ask or something to say, why not reach out? https://lnkd.in/gyEPPVkJ #JoinRUOKDay #RUOK
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Congratulations to Freelance Robotics and CQUniversity Institute of Future Farming Systems! Round 3 of the National Industry PhD Program was highly competitive. Together, we are focused on integrating advanced guidance automation and expanded data analytics to transform how data is collected in the field. Our project will enhance these capabilities to create a tailor-made solution for the mango industry. Stay tuned for more updates on how we're pushing the boundaries of agricultural technology for mango growers. #AgTech #Innovation #Automation #DataAnalytics Australian Government Department of Education #mango #UGV #NIPP
Our project with CQUniversity “Unmanned Ground Vehicle Enabled Fruit Yield Prediction and Autonomous Harvesting” was successful in Round 3 of the?Australian Government Department of Education's National Industry PhD Program. We will be partnering with Dr Zhenglin Wang and the team at the Institute?for?Future Farming?Systems on this exciting initiative. We are grateful for this opportunity to develop #UGV robotics in Australian agriculture as, out of 143 applications submitted across a variety of research fields in this Round, only 48 research projects were awarded funding: - 21 Industry Linked projects - 27 Industry Researcher projects You can read about all the successful projects by?downloading the full list here https://lnkd.in/gpAFZ7RE The National Industry PhD Program is designed to support PhD candidates in undertaking industry-focused research projects. This program aims to equip researchers with the knowledge and skills necessary to translate university research into commercial outcomes effectively. Our project aims to integrate use of unmanned ground vehicle (UGV) technology into both orchard imaging and harvesting technologies, with implementation of additional sensors and AI-driven computing, and to develop new capabilities in data harvesting and interpretation, e.g., in the creation of yield maps from harvester data.?Through the automation of data collection and analysis tasks using UGVs, AI-driven computing, and cloud-based web app, the goal of this project is to provide usable tools to growers to optimize farming practices, improve resource allocation, and enhance crop yield and quality, by supporting informed decisions in a timely manner. We look forward to contributing to the advancement of technology in agriculture through this innovative commercialization activity. As the Science & Technology Australia?TEM Ambassador for Bowen, our GM Amanda White PhD is particularly excited to see her work roles coming together. Thank you to the Department of Education and Central Queensland University for working to deliver an incredible opportunity to build an even better outcome for Australian growers.
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Liz’s journey with us was distinguished by both her pursuit of excellence and her deep care for the Australian ag-tech community. She was more than a professional; she was a mentor, a guide, and an inspiration. Her ability to connect with people and her genuine desire to make a difference set Liz apart as a supporter for regional tech equity. We met Liz Alexander through her exceptional work with the AusIndustry Accelerating Commercialisation Grant as an independent facilitator for the federal Department of Industry, Science and Resources Entrepreneur Program. Thanks to her support both the mango Orion Ag-Tech, as well as this company Agricultural Robotics, are having strong market entry. Our team continued working with Liz in 2023 and 2024 through her agricultural innovation consultancy business, FrontPaw. Her enthusiasm and belief in what we do drove our success at Croc Pitch, winning the $1M offer in venture capital with PASPALIS and the Darwin Innovation Hub. Liz’s passion, expertise, and unwavering commitment made a lasting impact on us. It was a privilege to work with her. Read more at https://lnkd.in/gif9WT8Q
Reading the obituary of Liz Alexander on p.8 of Qld Country Life. She’d have been impressed with it. Cc Chris Burnett Donna Patane Adrienne Rourke Mario Martini Vale Liz.
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Missed the Australian Mangoes (Australian Mango Industry Association (AMIA)) Conference 2024? Don't worry! Click below for our visual recap on the Agricultural Robotics Blog. ??Connect ??Inspire ??Innovate ?? https://lnkd.in/gAyCEj-A #AMIA2024 #Mango #AgriculturalRobotics #Innovation #Agritech