What's Happening?
The Kilter AX-1 spray system has been independently tested by Wageningen University & Research (WUR) and has qualified for DRT99, the highest drift reduction class in the Dutch classification system for spraying technologies. This classification indicates
a more than 99 percent reduction in spray drift compared to conventional systems. The AX-1 system uses a unique approach by releasing large droplets on demand, targeting individual weeds rather than spraying continuously across a field. This method required WUR to design an adapted testing protocol to accurately assess the system's performance. The testing confirmed that under realistic operating conditions, spray drift was effectively negligible, even in worst-case scenarios. The AX-1 system's precision allows it to apply herbicide only where needed, minimizing unintended crop exposure and reducing the risk of phytotoxic effects.
Why It's Important?
The achievement of the DRT99 classification is significant for the agricultural industry, particularly in regions with strict regulations on spray drift, such as the Netherlands. The precision of the AX-1 system not only reduces environmental impact by minimizing drift but also enhances crop health and grower profitability. By applying herbicides only where necessary, the system helps maintain a healthier crop, which can lead to higher market prices. Additionally, the ability to operate closer to ditches and waterways increases the productive use of fields. This advancement supports the broader adoption of precision agriculture technologies, which aim to optimize resource use and reduce environmental impact.
What's Next?
With the DRT99 classification, Kilter is positioned to expand the commercial use of the AX-1 system in the Dutch market and potentially other European markets. The company plans to continue its work in precision crop protection, emphasizing the measurable benefits of precision application for both environmental sustainability and agricultural productivity. As the system gains acceptance, it may influence regulatory standards and encourage further innovation in precision agriculture technologies.
