Precision farming

There is an urgent need in the world today to produce more products at less cost. For this, precision farming solutions are designed.
This technology is fundamentally changing traditional approaches to agricultural work. The use of precision farming allows you to increase efficiency and productivity at every stage of agricultural work, optimize the amount of applied materials, reduce costs and increase yields.

Solutions from world leaders in the design and manufacture of equipment and technologies based on high-precision satellite positioning systems for precision farming help agricultural enterprises at every stage of agricultural work - from soil preparation to harvesting. UNEX Group offers such solutions.

UNEX Group solutions for field work improve the efficiency of field work thanks to highly accurate control of agricultural machines and equipment; targeted application of materials during spraying and spreading; precise irrigation, drainage and field leveling; full control of harvesting and yield; a wide range of correction services to ensure any positioning accuracy.

Why apply precision farming?
Countless university and agronomic studies have proven that profitability increases when precision farming technologies are introduced into agricultural activities. But many farmers and agricultural professionals continue to ask how investment compares to the increased returns generated by precision farming.

Only a full and comprehensive implementation of all technologies will allow achieving maximum benefits.  With the help of the driving system, the precise movement of agricultural machinery is carried out.
This reduces operator fatigue, increases the efficiency of the use of agricultural implements, significantly saves fuel and applied materials, and also increases the cultivated area.
 The use of a control system for the consumption and application of materials allows you to change the rate of seeds, fertilizers or chemical protection means, as well as significantly reduce the most costly part of the cost of agricultural production.

For example, the use of nitrogen in crops. By equipping the tractor with a system for controlling the application of materials, it is possible to obtain information about where nitrogen has already been applied in a particular field, in order to avoid excessive processing.
With the help of task maps, created with the appropriate software, it is possible to change the amount of nitrogen with which the field is treated in real time. This allows you to reduce the amount of time spent on the field, use nitrogen more efficiently and get more crop yields.

The yield monitoring system allows you to accurately estimate the amount of the crop and save the georeferenced data required for yield analysis. This data allows you to improve the process of agricultural work from year to year: you can analyze the yield and determine various factors affecting the yield - such as soil type, the amount of seed and fertilizer applied, the amount of watering and much more. Based on the analysis carried out, it is possible to adjust the agricultural work plan for the next year to achieve maximum efficiency and productivity.

In the context of global warming and a shortage of fresh water on the planet, the urgency of optimizing the processes of surface and subsurface drainage is increasing. This can be achieved by combining the stages of survey, analysis, modeling, alignment and mapping within a drainage work cycle.

The goals of building precision farming technology:

• Saving production means
• Saving working time of technicians and personnel
• Full use of the yield potential
• Improving product quality
• Labor productivity growth
• Growth of profit of an agricultural enterprise due to higher yields and lower costs