In the ever-evolving landscape of agricultural technology, machinery manufacturer Amazone is set to launch the ZA-TS 01 AutoSpread, a fertiliser spreader that promises to revolutionise precision farming. This innovative spreader is equipped with ultrasonic sensors that monitor the spreading pattern in real-time, automatically adjusting settings to ensure optimal fertiliser distribution.
The AutoSpread system works by continuously comparing the observed spreading pattern with the prescribed pattern for the specific type of fertiliser, thanks to a real-time online connection with the manufacturer’s database. In case of deviations, the spreader immediately and automatically corrects settings such as disc speed and the drop point. This means that farmers can work in the field with the same level of accuracy as if the spreader were running on the manufacturer’s test bench.
Over the years, spreaders have become increasingly sophisticated. Amazone has been offering a wind sensor as an option for several years, enabling the spreader to automatically respond to wind speed and direction. This feature is widely used in the Netherlands. Automatic section control for accurate overlaps on headlands and correction of the spreading pattern in bends have also been standard options for some time. With the addition of AutoSpread, the spreader can now operate completely independently, further enhancing its precision and efficiency.
Sensor monitoring is not new to Amazone. In 2007, the company introduced Argus, which also works with ultrasonic sensors. However, the difference with AutoSpread is that it adds two more sensors that measure the actual spreading width of the fertiliser. Combined with new software, the spreader measures the actual flight behaviour of the fertiliser and automatically adjusts itself accordingly. The system can also detect worn or defective spreading vanes before the spreading pattern deviates, ensuring consistent performance.
AutoSpread is an optional feature and is only available on hydraulically driven spreaders. This innovation is a significant step forward in precision agriculture, offering farmers a tool that can greatly improve the efficiency and accuracy of fertiliser application. By ensuring that fertiliser is distributed evenly and precisely, farmers can optimise crop yields while minimising waste and environmental impact.
The implications of this technology are far-reaching. For farmers, it means reduced labour costs and increased productivity. For the environment, it means more sustainable farming practices. As agricultural technology continues to advance, innovations like the ZA-TS 01 AutoSpread are paving the way for a more efficient and sustainable future in farming.