Together with engineers from Türk Traktör and on behalf of CNH Industrial, work began two years ago to develop an exclusive and customised navigation solution
Precision agriculture is a term used to describe the new way of doing farming. The way that allows farmers to use fewer resources and increase their yields, to improve working conditions and be more environmentally friendly.
Precision farming started to be possible due to the appearance of satellite technologies and the possibility to know a precise positioning on the fields. It is like a puzzle that combines different solutions for different purposes.
The first step is the tractor manual guidance. It is a GPS antenna or receiver and precision agriculture software that allows farmers to navigate in the field. It makes it easier for farmers to make parallel lines closer to each other with minimum overlaps and missing spots. This precision farming equipment allows farmers to use their land more efficiently, significantly reduce the number of materials used and eventually achieve better yield.
Besides monetary benefits, many farmers say that non-monetary benefits such as saving time and being less tired are even more important for those who use this ag technology.
This is a step further in the adoption of precision technologies. Now on top of manual guidance, it is possible to equip agriculture machines with special steering wheel controllers that will automatically keep the vehicle on the line while driving. This agriculture technology is known as tractor auto steer system and allows farmers to free their hands in the cabin. They can drive perfectly straight parallel lines, control implement and perform other tasks.
Up to 30% of materials can be saved using these agriculture GPS systems. And of course, the comfort of an operator is largely increasing.
Above are mentioned the most common precision farming solutions that are currently existing and are used by many farmers already. But this is only the tip of an iceberg. Precise positioning provokes the development of many new solutions: variable rate application, smart land levelling solutions, precise field mapping and measuring, precise soil sampling, use satellite images to control crops, field drones and eventually fully automated unmanned agriculture machines that are going to be widely used by farmers already not so far from now.
Precision farming systems is a future of farming. So if you don’t want to get stuck in the past it is better to start applying it as soon as possible.
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