
One example of a field testing project is our work in Eastern Europe, where we tested an automation system integrated into a machine. Using data loggers, we gathered information over several weeks on the machine’s real-time performance. Factors such as weather conditions, soil quality, crop losses, machine settings and grain quality were all monitored and linked to the system’s behaviour.
The goal? To verify whether the system’s output matched what was actually happening in the field. Data collection and on-site observations were combined into a detailed analysis, giving the manufacturer a clear basis for decision-making. In this case, the outcome was that the system did not perform as expected.
Another project took us to the United States, where a new type of machine was tested under practical working conditions. Together with our on-site colleague, we carried out daily inspections of a specific component. Wear, damage, and performance differences were carefully documented, supported with photos and videos.
In some cases, we performed minor repairs ourselves or supervised modifications. Ultimately, the tested component did not meet expectations, leading to a redesign. For the manufacturer, this was a crucial insight: it’s better to discover such issues during the test phase than after delivery.
Field Testing and Reporting
Not every project requires full reports or complex measurements. Sometimes our role is primarily supportive — as in the case of practical tests for new machines in Germany, Denmark, and France. These included prototypes with modified cleaning systems, specific engine configurations or new camera technologies. In such projects, our presence helps ensure everything runs smoothly, we support the manufacturer’s test teams, and contribute hands-on experience from the field.
Even without direct reporting, we add value: we’re flexible, internationally experienced, and understand both the technical and practical sides of machine testing.
What do all these projects have in common? They show that independent testing not only provides valuable insights but also helps guide decision-making. It’s a way to confirm concepts — and more importantly, to identify potential issues early on. Our role isn’t to judge, but to create clarity. And we do so in a way that fits real-world conditions: practical, technically skilled, and grounded in the field. Whether in Europe, the US, or elsewhere, we adapt to the situation and deliver what’s needed to improve machinery.