Agricultural Robotics

GPS-guided autonomous tractors operate without drivers for tillage, planting, and spraying. Computer vision identifies individual weeds vs. crops for precision application. Laser weeding destroys weeds with targeted energy without chemicals. Robotic arms harvest delicate specialty crops. Drone sprayers deliver chemicals with GPS precision. AI analyzes crop health from imagery for decision support.

Autonomous tractors prepare fields and plant crops without drivers. See-and-spray applies herbicide only to weeds (77% chemical reduction). Laser weeding destroys weeds without any chemicals. Drone sprayers deliver pesticides with GPS precision. Robotic harvesters pick strawberries and other specialty crops.

The agricultural robotics market exceeds $5 billion and grows rapidly. John Deere's precision agriculture division generates $billions. Farm labor shortages drive adoption across all farm sizes. The addressable market spans row crops, specialty crops, and livestock operations globally.