Exploiting AgTech Connectivity to Corner the Grain Market
Introduction
I live in the countryside and know many farmers. Connected farming systems are a frequent topic in local conversations. For those familiar with Clarkson’s Farm, the complexity of some tractor systems is clear.
Tractor Use and Autonomy
Tractors spend much of their time in private fields, offering great potential for autonomy. However, robot tractors are still a long way off according to local farmers. In the UK, tractors perform many tasks and operate in relatively small fields, often hauling trailers around the area. Large fields would be necessary for robots to function effectively.
Connected Farming in Practice
I have spent time inside the cabs of combine and forage harvesters where the level of autonomy and connectivity is impressive. Steering is automatic, guided by laser or GPS. After loading a high-precision field map—often created by driving the perimeter—the vehicle can manage nearly all tasks, except turning at the end of each row, although some machines are beginning to handle this too.
"The degree of autonomy is significant, as is the connectivity. Steering is automatic; laser and/or GPS guided."
Modern farming equipment increasingly relies on precise mapping and automated controls to optimize productivity and efficiency.
Summary: Connected farming systems enhance autonomy and efficiency, but full robot tractor adoption is limited by UK field sizes and diverse tractor tasks.
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