Precision agriculture
Modern agriculture is undergoing a profound technological transformation. Technologies that only yesterday seemed experimental are now becoming the standard in Ukrainian fields. The idea is simple: precision farming is an innovation within the system of resource-efficient agriculture that empowers farmers to manage every hectare as consciously and effectively as possible.According to FRENDT, precision farming combines human expertise and skills with modern technologies to channel the necessary amount of resources into the right areas of production for financial gain.In this article, we will explain what precision farming is, why it’s not just a fashionable trend but a strategic necessity, and how Ukrainian farmers are already applying its potential in practice.
Precision Farming
Precision farming is an agricultural approach based on detailed consideration of field variability and crop characteristics. At its core lies the use of data on topography, soil, seeding density, weather conditions, and other factors.Unlike traditional practices, where the same standards and technologies are applied to every field, precision farming requires an individual approach to each plot.The main goals of precision farming:- To use seeds, fertilizers, crop protection products, and working time as efficiently as possible.
- To reduce crop losses.
- To increase yields by precisely meeting crop needs.
- To make agricultural production more sustainable and economically predictable.
Precision Farming in Agriculture
In agriculture, precision farming is becoming a key factor in competitiveness. Just 10 years ago, such technologies were seen as the prerogative of large agribusinesses, but today they are actively adopted by medium and even small-scale farmers.Precision farming and the benefits you gain after its implementation:- Reduction of fertilizer costs by 20-25% through controlled application rates.
- Decrease in seed overuse during sowing by 10-15%.
- Fuel savings thanks to precise machinery movement trajectories.
- Shorter field operation times.
- Stabilized product quality.
Precision Farming in Ukraine
Ukraine is actively integrating precision technologies into its agricultural sector. According to professional associations and industry analysts, over 25% of the country’s agricultural enterprises use one or more elements of precision farming.Importantly, there is no turning back to outdated methods in this process. Every farm that has embraced precision farming is no longer willing to give up its benefits.The main reasons for the spread of these technologies:- High competition and price pressure.
- A shortage of qualified personnel.
- The need to use land and resources more carefully.
Global Practices in Precision Farming
Precision farming has long ceased to be merely theoretical or limited to research institutions. Globally, there are countries where these approaches have already become a production standard, and farmers see technology not as an experiment but as the only path to a sustainable business.The leading countries in precision farming:- USA – a historical leader in the adoption of automation in agriculture. According to industry associations, over 70% of farms use autopilots, variable-rate systems, and digital accounting platforms.
- Canada – the largest agribusinesses have nearly fully automated fertilizer application and sowing.
- Germany – as part of sustainable agriculture policy, most farmers are required to keep electronic records and apply dosage control systems.
- Australia – in challenging climate conditions, precision farming has become a strategic survival factor.
- The Netherlands – small farms achieve the highest yields through total process digitalization.
The Precision Farming System
For precision farming to be truly effective, it’s essential to build an integrated system:- Collecting accurate data on soil conditions and field characteristics.
- Using software solutions to process information and develop recommendations.
- Employing navigation equipment and machinery with automatic control.
- Training personnel capable of leveraging these new capabilities.
System of the Precision Farming
In today’s agricultural world, precision farming is not just a trend but a strategic necessity. However, the question “Where to start?” often becomes a barrier for farms. That’s why FRENDT developed its own step-by-step implementation model called “7 Levels.” It is a logical system that enables farmers to gradually transition from basic digitalization to full-scale data-driven production management.Everything starts at the basic level, when an audit of the machinery is carried out (this can even be considered a zero level), precise digital field boundaries are created, and the RTK signal is connected. At this stage, the farm also begins using parallel guidance systems and specialized software for collecting and analyzing field data.The next step is the “must have” level, where automatic section control on the seeder is implemented, sprayer application rate control is configured, and tramlines are established to ensure efficient machinery movement across the field.When the farm is ready to move further, it reaches the “crop management” level, where agrochemical soil surveys, compaction monitoring, and evaluation of the quality of completed operations are conducted. This forms the basis for precise decisions in fertilization and soil cultivation.At the fourth level, the farm implements the core of precision agriculture – yield maps are created, prescription maps are prepared, and variable-rate fertilizer application is carried out.Crop monitoring, or the fifth level, is ensured through weather monitoring, satellite imagery, drone monitoring, and scouting. This makes it possible to respond to changes in real time and to plan actions considering various influencing factors.The sixth, advanced level includes high-precision crop protection application, automated field operation management systems, integration with farm management platforms, dispatching, and ERP systems.The final, seventh level is zone management. The farm begins designating homogeneous agro-productive zones within fields, analyzing the economic feasibility of specific technologies for each zone, and making decisions on variable-rate seeding, application, and care not across the entire field, but within efficiency zones. This level enables a complete transition from “average” solutions to individual yield management.The FRENDT “7 Levels” system is not just about adopting individual technologies. It is a logical farm development strategy that scales profitability, reduces losses, and builds production based on precise data and rational resource use.Equipment for Precision Farming
Selecting the right equipment is the foundation for successfully implementing precision farming.FRENDT offers a wide range of solutions:- Autopilots (CHCNAV, Trimble, Hexagon, TerraNavix, and others) and guidance systems
- RTK stations
- Variable-rate crop protection application systems
- Yield mapping and installation of weather stations on sprayers
- Software for agro-analytics
- Implements with integrated artificial intelligence
Precision Farming Technologies
The core idea of precision farming technologies is “as much as needed, where it’s needed, and when it’s needed.”Precision farming gives farmers advantages unattainable with traditional methods:- Cost reduction
- Consistent yield improvement
- Predictable planning and more stable income
- Lower impact on soil and the environment