Modern agricultural GPS apps are becoming more than just navigation tools — they are now comprehensive management and control systems. The system records all machine activity in real time, generating detailed reports on actual routes, processing accuracy, overlap and skip zones, resource consumption, and deviations from planned operations.
Which Performance Indicators Should Be Monitored in GPS App Reports
To accurately assess the quality of fieldwork, GPS apps https://www.fieldbee.com/ track several key parameters. It is essential to monitor route accuracy, overlap and skip rates, actual treated area, fuel consumption, and time spent on each operation. Analysing this data helps identify deviations from agronomic standards, evaluate operator and equipment performance, and make more informed decisions on resource optimisation. In this article, we explore how GPS app reports help monitor operational efficiency and improve agronomic processes.
Monitoring Actual Machine Routes
GPS apps record all paths taken by machinery in the field. This allows farmers to assess how accurately the machine followed the planned routes, including any deviations at headlands, turns, or during returning to the line. Such analysis helps quickly identify systematic operator errors, incorrect autopilot settings, or calibration issues, all of which can ultimately affect the overall quality of fieldwork.
Detecting Overlaps and Skips
GPS reports make it possible to precisely locate areas where machinery either overlapped or skipped sections. Overlaps result in wasted seed, fertilisers, and fuel, while skips lead to underutilised areas and reduced yields. Identifying these deviations enables timely adjustments, improving the precision of field operations and ensuring even coverage across every hectare.
Analysing Time and Resource Consumption
GPS systems collect complete data on operation duration and actual fuel usage for each field section. This allows farms to evaluate the productivity of specific machines and operators, identify bottlenecks in workflows, optimise workload planning, and schedule field operations more efficiently. Such an approach helps maximise working time and reduce operational costs.
Comparing Planned and Actual Processing Parameters
GPS app reports allow farmers to compare planned treatment volumes with the work actually performed. The system quickly identifies treated areas, deviations in application rates or working depth, and verifies compliance with agronomic requirements. This is particularly valuable for precision planting, variable-rate applications, and monitoring adherence to prescription maps.
Building a Data-Driven Decision-Making Base
The collected GPS data creates a reliable and objective foundation for analysing production processes. Farm managers can use this information to adjust technologies, optimise machinery utilisation, generate reports, plan resource procurement, and increase the overall economic efficiency of the farming operation.
Monitoring Equipment and Signal Stability
GPS apps track not only routes and resource usage but also the overall performance of the navigation system itself, including signal reception levels, RTK correction interruptions, autopilot malfunctions, or deviations caused by calibration issues. This data allows farmers to identify technical problems early — before they lead to major operational errors — but which could still compromise precision in future tasks.
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