Following the machines, people and ideas shaping agriculture. Selected developments, clear context and a link to the original source.
Robotics. Intelligence. Agriculture.
463 stories matching “AI”.
Väderstad and EarthOptics are testing a workflow that connects measured soil compaction with machine-ready tillage prescriptions, using a Swedish test farm to investigate how sensing can guide implement depth and field operations.
AMAZONE announced an AI-assisted identification function for its mySpreader app, using a photograph and reference template to suggest a fertiliser match and initial machine settings for the operator to check.
AMAZONE’s ZG-TX update combines hopper weighing with torque-based discharge regulation for lime, extending feedback control and calibration options for contractors and farms applying different bulk materials across changing field conditions.
CLAAS introduced the AXION 8 CMATIC tractor range with adaptive engine and transmission management, including a predictive function intended to prepare the drivetrain for load changes during field operations and implement engagement.
Väderstad has redesigned the row unit shared by Tempo planters and Proceed drills, adding electronic adjustments and prescription-map depth control intended to simplify setup and improve seed placement in variable field conditions.
Kubota has presented a hydrogen fuel-cell tractor concept with autonomous and remote operation, planning field demonstrations to investigate agricultural performance, unmanned working and practical arrangements for hydrogen supply on farms.
A greenhouse robotics preprint reports leaf-level spraying on cherry tomatoes, using camera-guided arm movements to reduce applied pesticide volume while measuring targeting error and overspray in twelve autonomous trials.
A research preprint combines tailored fruit vision with simulation-trained robot control, reporting 84.3% overall strawberry harvesting success in greenhouse evaluation and illustrating the remaining gap between reaching and completing a pick.
UCLA and North Dakota State researchers described AgriCruiser, an adjustable open-source robot chassis tested with precision spraying, offering a relatively accessible platform for field experiments and agricultural sensing.
A published German study tested a thulium-laser robot in organic carrots and beetroot, reporting high mortality among targeted weeds while showing that crop canopies limited overall detection and control.
Kubota invested in Kilter and announced plans to sell the AX-1 precision-spraying robot through its German and Dutch networks, connecting a specialist weeding system with established machinery distribution.
KIOTI Europe and Naïo signed a partnership agreement to combine machinery manufacturing, distribution and robotic expertise, with a joint platform planned for unveiling toward the end of 2026.
