A cutting-edge system has been developed that allows combine harvesters to maximize their throughput efficiently. At the heart of this innovative solution is the Baumer radar sensor R600V, which recently earned a silver medal at the DLG Innovation Awards. This achievement highlights its role in advancing agricultural technology.

What Makes It Smart Farming?

This new system enables combine harvesters to optimize performance without risking overload or blockages. Unlike traditional approaches that react after crops enter the machine, Case IH’s Advanced Feedrate Control adopts a forward-looking strategy using radar sensors on the header. These sensors assess crop density before entry, allowing automatic adjustments to key settings like speed based on incoming material volume. This not only prevents downtime but also boosts overall efficiency and reduces operational costs.

The Science Behind Radar Sensors

The Baumer R600V sensor operates at frequencies between 122–123 gigahertz, enabling precise detection of both crop height and ground-level obstructions. This dual-sensing capability—known as a “ground & crop” radar system—is essential for accurate measurements in varying field conditions.

With a compact design that includes sophisticated signal processing, the sensor measures distances from 300 to 5,000 mm between ground and canopy layers. It features a CAN SAE J1939 interface—commonly used in agricultural machinery—which allows seamless integration into combines, tractors, or sprayers.

The Benefits

This technology enables operators to harvest more efficiently within the same time frame compared to conventional systems. According to Case IH data, proactive feedrate control can potentially increase work rates by up to 15–20%, making farming operations smoother and more productive.

For further details on Baumer’s range of sensors for agriculture, visit www.baumer.com/c/42982

Last Updated: 2025-09-04 22:24:33