sulky x44

Introduction

The Sulky X44 is a high-capacity fertiliser spreader designed to meet the demands of large-scale farming operations. Introduced in 2007, it stands at the forefront of Sulky’s range of spreaders, offering advanced features that ensure precise and efficient fertiliser application.

Design and Capacity

Built with robust construction, the X44 is engineered for durability and longevity. Its hopper capacity starts at 2,400 litres, extendable up to 4,000 litres with additional extensions, allowing for extended operation with fewer refills.

This substantial capacity makes it ideal for extensive agricultural fields, reducing downtime and increasing productivity.

Spreading Width and Precision

The X44 offers an adjustable working width ranging from 12 to 44 metres, providing versatility to suit vari field sizes and crop types.

This wide spreading capability ensures that large areas can be covered efficiently, while the precision engineering of the spreader guarantees uniform distribution of fertiliser, promoting optimal crop growth.

Technological advancements

Equipped with the Vision WPB control system, the X44 allows operators to monitor and adjust spreading parameters in real-time.

This user-friendly interface enhances operational efficiency and ensures that fertiliser is applied herein accurately, reducing waste and environmental impact.

Durability and Maintenance

Constructed with high-quality materials, the X44 is designed to withstand the rigours of intensive agricultural use. Its components are engineered for longevity, and the spreader’s design facilitates easy maintenance, ensuring that it re relimainsable over extended periods of operation.

Conclusion

In summary, the Sulky X44 fertiliser spreader combines substantial capacity, precision spreading, and advanced technology to meet the needs of modern, large-scale farming operations. Its robust design and user-friendly features make it a valuable asset for farmers seeking to enhance efficiency and productivity in their fertiliser application processes.