Machine manufacturer Case IH has developed new automation for combine harvesters that could revolutionize the harvesting process. The company has won a silver medal for this innovation at the Agritechnica trade fair, highlighting its potential impact on the industry.
The automation system, known as Advanced Feedrate Control, utilizes radar sensors on the cutting platform to scan the height and position of the crop. Based on this data, the combine harvester automatically adjusts its driving speed, optimizing efficiency and capacity.
Traditionally, combine harvesters determine their speed based on engine load, which can result in inefficient operation and potential clogging. However, with Advanced Feedrate Control, Case IH aims to overcome these limitations by allowing the machine to anticipate the crop that still needs to be processed.
The four radar sensors, mounted on a bracket above the reel, measure the height of the grain from the ground and assess the density of the crop. This information enables the combine harvester to find the maximum driving speed without the need for constant manual adjustment by the operator.
According to Case IH, this automation system can increase capacity by up to 20% by maintaining a consistent driving speed. Additionally, the combine harvester’s performance is enhanced when the engine speed remains constant.
While the manufacturer has not provided specific details on how the radar sensors handle lodged grain, the overall benefits of this automation are promising. By pushing the limits of traditional combine harvester operation, Case IH is aiming to improve efficiency and productivity in the field.
The implications of this innovation are significant for farmers and the agricultural industry as a whole. With Advanced Feedrate Control, farmers can optimize their harvesting operations, increasing output and reducing the risk of machine clogging. This not only saves time but also ensures that crops are harvested at their peak condition, maximizing yield and quality.
Furthermore, the automation system could alleviate some of the challenges faced by farmers, such as labor shortages and the need for skilled operators. By automating the driving speed adjustment process, Case IH is streamlining operations and reducing the reliance on manual intervention.
However, it is important to note that this technology is still in development. Case IH expects the automation system to be ready for practical use in the 2025 or 2026 harvest season. As with any new technology, there may be challenges and refinements that need to be addressed before widespread adoption.
In conclusion, Case IH’s new automation for combine harvesters has the potential to revolutionize the harvesting process. By utilizing radar sensors to adjust driving speed based on crop height and position, this innovation aims to improve efficiency, increase capacity, and reduce the risk of machine clogging. While still in development, this technology holds promise for farmers looking to optimize their operations and overcome challenges in the field.