Self-Leveling on Agricultural Machinery

In agriculture, efficiency and precision are key to maximising yields while reducing costs and environmental impacts. Self-levelling on agricultural machinery fits perfectly into this logic by offering a practical and intelligent solution for spraying operations, especially in complex conditions.

What is Self-Leveling on Agricultural Machinery?

Self-leveling is a system that allows the center of the spray boom to be locked while activating specific sections or an entire side of the boom. This is particularly useful in situations where it is necessary to spray precisely on narrow plots or when watering the ends of rows. With this technology, farmers can avoid unnecessary overlaps, for example near ditches, roads or under power lines.

A Practical Solution for Difficult Conditions

One of the biggest benefits of self-leveling is its usefulness in areas where spraying can be difficult with a fully extended boom. Whether it’s to avoid obstacles like ditches or roads, or to accommodate tight spaces at the end of a row, this technology allows you to modulate spraying by closing off certain parts of the boom. This ensures more precise coverage without wasting product, while avoiding areas where spraying could be excessive or unnecessary.

Risk Reduction and Increased Efficiency

Self-leveling not only improves spray accuracy. It also helps reduce the risks associated with overlap, which can lead to overdosing and wasted chemicals. Additionally, by precisely controlling which section of the boom is activated, farmers can protect infrastructure such as roads or power lines, while maintaining optimum efficiency in the field.

Conclusion

Self-leveling on agricultural machinery represents a major technological advancement for precision spraying. By allowing certain sections of the boom to be closed while maintaining targeted spraying, this technology ensures greater efficiency, less overlap and reduced risks to the environment and infrastructure. An essential tool for any farmer looking to optimize their operations.