Future Farming
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Canada
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Heavy Industry and Engineering/Agriculture
#257
Articles
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6 days ago |
futurefarming.com | René Koerhuis
The Dutch startup Trabotyx presents the weeding robot TOR: an autonomous laser weeder for organic arable farming. The unveiling took place on 18 June at the organic arable farm Van den Dries in Dronten (Fl). TOR is the name of the weeding robot developed by the Dutch startup Trabotyx. Tor refers to a beetle, the Norse god of thunder, and the English word ‘thorough’. Why all the references, one might ask? Mainly because TOR combats weeds using blue diode laser light.
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3 weeks ago |
futurefarming.com | Geert Hekkert
Kubota Corporation is stepping up its collaboration with U.S. agritech startup Agtonomy to commercialize autonomous solutions for specialty crop farming in North America. Following successful joint demonstration trials in 2024, the companies have now entered concrete discussions on sales strategies and customer support—marking a new phase in their strategic partnership.
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3 weeks ago |
futurefarming.com | Geert Hekkert
A team of U.S. researchers has taken a major step toward autonomous cotton harvesting with the development of CottonSim—a visually guided robot that successfully navigates through a virtual cotton field and detects cotton bolls using AI. Cotton harvesting is one of the most labor-intensive and costly stages in cotton production.
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1 month ago |
futurefarming.com | Geert Hekkert
AgroIntelli prepares for next growth phase with support from German investor EAAVL and Nordic Alpha PartnersDanish agtech company AgroIntelli has announced a major investment round to scale up its autonomous field robot Robotti, aimed at addressing labour shortages and driving sustainable farming practices in high-value crop production.
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1 month ago |
futurefarming.com | René Koerhuis
Will autonomous unmanned transport combinations start to play a significant role in the harvesting and hauling of arable and open-field vegetable crops? For instance, because it is hard to find drivers for tractors with trailers? Or to reduce soil pressure and avoid structural damage by deploying multiple light autonomous transport vehicles? There are more than enough reasons why harvesters have become as large and powerful as they are today.
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