Dimensions Agri Technologies (DAT) and Kverneland Group have partnered to bring precision spraying systems to Norway, Germany, and the Netherlands. The integration of the DAT Ecopatch system with Kverneland sprayers aims to optimize herbicide usage and enhance crop yields. This collaboration utilizes AI-driven sensor technology for accurate herbicide application during the growing season, specifically in cereals.
The DAT system is already being used on Kverneland sprayers in select European markets, with plans for broader expansion. This innovative solution reduces herbicide use by 50%, ultimately lowering production costs and increasing yields for farmers. The end price for farmers is approximately €60,000 (about 65,000 US dollars), making the technology economically feasible for many.
Dirk-Jan Stapel, the Director of Marketing & Sales at Kverneland, emphasizes the seamless integration of the DAT Ecopatch system with their sprayers, allowing customers to benefit from advanced spraying technologies. The partnership includes joint marketing efforts, such as exhibitions and field days, with future plans to extend the technology to other crop types.
Kverneland Group is a leading manufacturer of agricultural machinery and equipment that helps farmers increase their productivity while reducing their environmental impact. Their commitment to precision farming practices aligns perfectly with Dimensions Agri Technologies’ mission to produce more food with fewer inputs and reduced environmental impact through precision farming practices.
Dimensions Agri Technologies (DAT) is a Norwegian agritech company that specializes in precision farming technologies that improve crop yields while reducing inputs and minimizing environmental impact. Their patented sensors are designed for harsh environments and capture real-time images of crops to analyze them for precise herbicide application.
This partnership between Kverneland Group and Dimensions Agri Technologies represents a significant step forward in precision agriculture by combining advanced sensor technology with high-performance agricultural machinery. Farmers can now take advantage of this cutting-edge technology to optimize their herbicide usage while enhancing crop yields.
In conclusion, this collaboration between two industry leaders represents a significant opportunity for farmers looking to increase their productivity while minimizing their environmental impact through precision farming practices. With its ability to reduce herbicide use by 50%, this innovative solution has already proven its effectiveness in select European markets and has plans for broader expansion in the future.
