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Crafted by Italy-based Nettuno, the Nettuno Nilo Hydraulic Hose Reel combines Italian engineering excellence with advanced hydraulic technology, delivering effortless 360° manoeuvrability and precision water distribution for large-scale agricultural operations. This turbine-driven hard hose irrigator features a sophisticated hydraulic wheel lift system and flanged turbine with speed control, transforming challenging field conditions into optimised irrigation efficiency across diverse terrain.
Upgrade your farm with the durability and world-class efficiency of Nettuno.
The Nettuno® NILO - HYDRAULIC represents a premium turbine drive hard hose irrigator engineered and manufactured in Italy by Nettuno, a leader in agricultural irrigation technology. This hydraulic mobile irrigation system combines robust construction with intelligent hydraulic control, featuring a 360° turntable and hydraulic wheel lift for exceptional field mobility and positioning flexibility. Designed for demanding agricultural operations, the NILO-HYDRAULIC delivers precise water distribution across extensive field areas with hose configurations ranging from 100mm to 150mm diameter and extending up to 330 metres in length.
What distinguishes the NILO-HYDRAULIC model is its comprehensive hydraulic system with five independent control levers managing rotation, wheel lift, jack operation, trolley positioning, and stabiliser legs, all powered directly from the tractor's hydraulic system via quick-connect couplings. The machine features a flanged turbine mounted on a four-speed gearbox with speed control and compensator, ensuring optimal rewinding performance across varying pressure conditions. Built with a fully painted frame and drum assembly, leadscrew hose layering mechanism, and adjustable-track sprinkler trolley, this system is engineered to withstand the most challenging field conditions while maintaining consistent irrigation performance season after season.
Nettuno’s systems are manufactured with a focus onreducing operational costs per irrigated hectare. By optimizing water usage and energy consumption, they help farmers cut costs while minimizing environmental impact, promotingsustainable farmingpractices.
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Reference: Washington State University