A significant transformation of farming is underway to re -shape how the fruit is selected and managed. Although autonomous drones like the flying robots of the tive are already collecting fruits worldwide, the innovations like UC San Diago Grip-Tepe Grower represent the next border of gentle production handling. Together, these advances promise to make fruit production more efficient and precise, although one proven solution and the other a glimpse of the future of farming.
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Flying autonomous robot drone (Tivel) (Cart “Cybergui” Notson)
Flying robots bring accuracy and skills in the field of harvest
Tavel flying autonomous robot (Persian) Artificial intelligence with advanced computer vision is giving new definition of fruit collection. These drones navigate through the garden, only detects the fruits and pick up which peak has become ripe. Their skills to caution around the branches allow their plants to harvest their plants without hurting or damaging them. Unlike human pickers, these drones can work continuously to complete the work quickly and more consistently.
Farmers benefit from the details of the crop, including the size, color and ripening of each fruit, real-time information, accessible through all mobile apps. This data helps to optimize crop harvesting schedule and reduce waste. In the meantime, the United States, Italy, Chile and Israel have been deployed in the gardens across the gardens, where they have helped reduce labor expenditure up to 30% while improving the accuracy of the crop. Multiple drones work together from a mobile platform, efficiently keeping large garden areas on covering.
Beyond the selection, these robots also identify the diseases and track the bin position of each fruit, providing valuable insights to farmers to manage their crops better.
Flying autonomous robot drone (Tivel) (Cart “Cybergui” Notson)
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Grip-Tep: A soft, adaptive touch for fruit handling
When the tavel drones are harvested, UC Sun Diego Grip-Tepe Grper After the harvest, the solution of handling remains in the experimental phase. Inspired by steel measurement tapes, this prototype uses the delicate “fingers” to gently appreciate the fine fruits. Initial tests showed the promise to handle objects like lemon and tomato without damage, but it has not yet been widely accepted in farming.
The motorized reels of the gripper allows its tape-based fingers to expand, rotate and inform items like the conveyor belt. Researchers have highlighted its low cost and protection around people, but it requires further development to integrate it in the commercial packing line or crop harvest.
Grip-Tep Gripper (UC San Diego) (Cart “Cybergui” Notson)
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The future of farming: proven and emerging technology
Tavel drones are already converting to the garden, while the grip-tape gripper provides a vision of how fine production handling can develop. The combination of real-world automation and experimental robotics highlights both the immediate advantages and long-term possibilities for Agitech innovation.
Grip-Tep Gripper (UC San Diego) (Cart “Cybergui” Notson)
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When we take a more role in technology agriculture, it is clear that drones like the tave are already producing fruit crops. Meanwhile, ideas like grip-tape grip shows us what can only be around the corner, a gentle, smart way to manage fine production. There is a lot of potential ahead and how these technologies and we all enjoy to support the food will be interesting to see how these technologies develop and work together.
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