New Holland, a leading agricultural machinery manufacturer, is set to revolutionize the baling process with its latest automation technology. The company is introducing a new system for large balers that utilizes a Lidar sensor mounted on the tractor’s roof to scan the straw swath. By doing so, the tractor can automatically follow the swath and ensure correct bale filling.
The key feature of this technology is the ability to determine the driving speed based on the thickness of the swath. The IntelliSense software, assisted by the Lidar sensor, can accurately recognize the swath thickness. As the thickness increases, the tractor automatically slows down slightly to prevent blockages. This ensures that the baling process remains efficient and uninterrupted.
According to New Holland, this automation system can increase bale production by 15 to 20% per day. By maintaining the optimal driving speed at all times, the tractor can bale more efficiently, resulting in higher productivity for farmers. Additionally, the system allows users to set a maximum driving speed and specify the number of flakes per bale, providing greater control over the baling process.
In addition to determining the driving speed, the automation system also takes over steering. The tractor tracks the swath automatically and ensures proper bale filling. Sensors inside the plunger measure how the bale filling is distributed, enabling the tractor to zigzag across the swath. This feature, known as “Swath Guidance,” utilizes the tractor’s steering automation to optimize bale formation.
It is important to note that this automation system is currently compatible only with specific New Holland tractors, including the T7 series with a long wheelbase, the T7HD series, and the T8 series with AutoCommand transmissions and Isobus Class 3 unlock. It does not currently work with the universal Tractor Implement Management (TIM).
The introduction of this automation technology is a significant development in the agricultural industry. It not only improves the efficiency and productivity of the baling process but also reduces the manual labor required. Farmers can now rely on the automation system to handle tasks such as following the swath and steering, allowing them to focus on other important aspects of their operations.
New Holland will be showcasing the IntelliSense automation system for the Plus and High Density models of their large balers at the upcoming Agritechnica trade fair. This event provides an opportunity for farmers and industry professionals to witness the technology firsthand and understand its potential benefits.
With the increasing demand for efficient and sustainable farming practices, automation technologies like this are becoming increasingly important. They not only improve productivity but also contribute to reducing waste and optimizing resources. As the agricultural industry continues to evolve, it is innovations like these that will drive its future success.