Following the machines, people and ideas shaping agriculture. Selected developments, clear context and a link to the original source.
Robotics. Intelligence. Agriculture.
27 stories matching “HARVEST”.
Eight partners from Germany, France and the Netherlands signed a cooperation agreement to advance agricultural robotics, linking research and industry around autonomous cultivation, harvesting and machinery safety.
Daedong’s October 2023 DH6135-A launch linked automated combine operation with yield measurements that could be reviewed through its connected-farming application, bringing navigation and agronomic records onto one machine.
Japanese startup Inaho reported an updated harvesting robot in April 2019, emphasizing a narrower body and handling of dense spring asparagus ahead of its planned commercial service launch.
CLAAS, AgXeed and Amazone announced their 3A collaboration in September 2023, seeking closer coordination between tractors, autonomous carriers and implements to accelerate practical automation across manufacturers and agricultural operations.
Dogtooth’s strawberry-harvesting robot appeared at the 2023 Global Investment Summit, bringing a commercial agricultural-robotics example into a UK investment showcase and highlighting automation for tabletop fruit production systems.
Burro announced a $24 million Series B in January 2024 and introduced Grande, extending its outdoor carrier concept from worker-scale loads toward pallets, trailer towing and navigation between indoor and outdoor areas.
A Japanese study published in April 2026 describes a legged carrier with interchangeable baskets and voice commands, designed to reduce the physical burden of moving fruit in challenging orchards.
The University of Canterbury reported camera-based reconstruction of orchard and vineyard plants in July 2026, with testing across commercial farms and a planned HoloCrop spinout for precision horticulture.
Washington State University reported a gentle apple-gripping design in June 2024, taking inspiration from human picking and planning its integration with a lower-cost robotic arm and vision system.
QUT announced a five-year, A$41 million programme in August 2024 to develop orchard varieties suited to efficient production, combining plant genetics, crop architecture and robotic observation.
JKUAT’s October 2024 Robotics Dojo showcase focused on laser-sensor navigation, building local engineering skills relevant to future agricultural machines while remaining an educational prototype competition.
A University of Essex prototype was trialled with Wilkin & Sons in 2024, exploring affordable robotic strawberry handling and a workflow that continues beyond detaching fruit from the plant.
