You have no items in your shopping cart.
Designed for small-to-medium horticulture operations demanding versatility without complexity, the Idrofoglia Turbocar Jolly J2 combines a folding drawbar and adjustable cart with single-speed efficiency for farms prioritising operational practicality. Engineered by Italy-based Idrofoglia, this turbine drive hard hose irrigator features hot-dip galvanized construction and an automatic disengagement gearbox that ensures reliable performance across varied field profiles.
Compare prices from verified Idrofoglia dealers. Request quotes directly from sellers on IrriFinder.
The Turbocar Jolly J2 is a turbine-driven hard hose irrigator manufactured by Idrofoglia, Italy, engineered specifically for horticulture operations and medium-to-small-sized agricultural fields. This travelling irrigation system combines a robust hot-dip galvanized frame with a versatile two-wheel cart design, delivering reliable performance through its single-speed gearbox and worm screw hose layering mechanism. Available in two hose configurations ranging from 50 to 63 mm diameter and covering up to 150 metres, the J2 is supplied complete with sectoring sprinklers, adjustable track width, and all essential accessories for immediate deployment.
What distinguishes the Turbocar Jolly J2 from entry-level models is its enhanced operational flexibility, featuring a folding drawbar with caster wheel for improved manoeuvrability and an adjustable irrigation reel cart that adapts to varying field conditions. The automatic disengagement system with rewind device enables off-profile harvesting operations, whilst the integrated speed regulator and compensator ensure consistent water application rates across the irrigated area. The combination of hot-dip galvanized structural components and painted mechanical elements provides superior corrosion resistance, making this model ideal for farms prioritising simplicity, durability, and practical day-to-day operation.
Convert a given value and unit to different unit type. Conversions are available for flow rate, area, distance, time, volume, pressure, power, precipitation, salinity, and speed.
Click here to see unit descriptions.
Reference: Washington State University